----------------------------------------------------------------------------- -- This is ASPECT, the Advanced Solver for Problems in Earth's ConvecTion. -- . version 2.0.1 (aspect-2.0, 2863594) -- . using deal.II 9.0.0 -- . using Trilinos 12.10.1 -- . using p4est 2.0.0 -- . running in DEBUG mode -- . running with 1088 MPI processes -- How to cite ASPECT: https://aspect.geodynamics.org/cite.html ----------------------------------------------------------------------------- Number of active cells: 4,096 (on 5 levels) Number of degrees of freedom: 184,598 (107,811+4,913+35,937+35,937) *** Timestep 0: t=0 seconds Solving temperature system... 0 iterations. Solving C_1 system ... 0 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 192+0 iterations. Number of active cells: 4,838 (on 6 levels) Number of degrees of freedom: 228,856 (133,635+6,131+44,545+44,545) *** Timestep 0: t=0 seconds Solving temperature system... 0 iterations. Solving C_1 system ... 0 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 191+0 iterations. Number of active cells: 6,812 (on 7 levels) Number of degrees of freedom: 338,206 (197,445+9,131+65,815+65,815) *** Timestep 0: t=0 seconds Solving temperature system... 0 iterations. Solving C_1 system ... 0 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 200+18 iterations. Number of active cells: 14,722 (on 8 levels) Number of degrees of freedom: 752,041 (439,164+20,101+146,388+146,388) *** Timestep 0: t=0 seconds Solving temperature system... 0 iterations. Solving C_1 system ... 0 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 200+15 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1781 K, 1800 K, 2100 K Heat fluxes through boundary parts: 2.174e-05 W, 6.211e-07 W, 1.932e-05 W, 3.077e-05 W, -9.267e+09 W, 0.0006131 W Writing graphical output: /home1/04020/unfelipe/eS34b/solution/solution-00000 Compositions min/max/mass: -0.125/1/5.07e+18 Writing particle output: /home1/04020/unfelipe/eS34b/particles/particles-00000 *** Timestep 1: t=1.0219e+13 seconds Solving temperature system... 10 iterations. Solving C_1 system ... 22 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 80+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1781 K, 1800 K, 2100 K Heat fluxes through boundary parts: 2.201 W, 0.2139 W, 7.155 W, 7.051 W, -9.151e+09 W, 0.001862 W Compositions min/max/mass: -0.1233/1.002/5.07e+18 Number of advected particles: 20000 *** Timestep 2: t=2.0438e+13 seconds Solving temperature system... 9 iterations. Solving C_1 system ... 21 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 77+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1782 K, 1800 K, 2100 K Heat fluxes through boundary parts: 4.723 W, 1.124 W, 9.917 W, 9.585 W, -9.004e+09 W, 0.002999 W Compositions min/max/mass: -0.1204/1.005/5.069e+18 Number of advected particles: 20000 *** Timestep 3: t=3.06571e+13 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 69+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1782 K, 1800 K, 2100 K Heat fluxes through boundary parts: 7.189 W, 2.268 W, 10.43 W, 10.05 W, -8.851e+09 W, 0.004754 W Compositions min/max/mass: -0.1173/1.007/5.068e+18 Number of advected particles: 20000 *** Timestep 4: t=4.08761e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 59+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1782 K, 1800 K, 2100 K Heat fluxes through boundary parts: 9.496 W, 3.471 W, 9.885 W, 9.539 W, -8.7e+09 W, 0.002686 W Compositions min/max/mass: -0.1141/1.01/5.068e+18 Number of advected particles: 20000 *** Timestep 5: t=5.10951e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 64+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1783 K, 1800 K, 2100 K Heat fluxes through boundary parts: 11.6 W, 4.707 W, 8.71 W, 8.371 W, -8.556e+09 W, 0.001764 W Compositions min/max/mass: -0.1109/1.012/5.067e+18 Number of advected particles: 20000 *** Timestep 6: t=6.13142e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 69+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1783 K, 1800 K, 2100 K Heat fluxes through boundary parts: 13.51 W, 5.961 W, 7.086 W, 6.723 W, -8.417e+09 W, 0.002007 W Compositions min/max/mass: -0.1078/1.014/5.066e+18 Number of advected particles: 20000 *** Timestep 7: t=7.15332e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 68+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1784 K, 1800 K, 2100 K Heat fluxes through boundary parts: 15.21 W, 7.222 W, 5.109 W, 4.706 W, -8.284e+09 W, 0.001979 W Compositions min/max/mass: -0.1048/1.015/5.066e+18 Number of advected particles: 20000 *** Timestep 8: t=8.17522e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 68+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1784 K, 1800 K, 2100 K Heat fluxes through boundary parts: 16.71 W, 8.486 W, 2.974 W, 2.521 W, -8.157e+09 W, 0.0005536 W Compositions min/max/mass: -0.1018/1.016/5.065e+18 Number of advected particles: 20000 *** Timestep 9: t=9.19712e+13 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 66+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1784 K, 1800 K, 2100 K Heat fluxes through boundary parts: 18.04 W, 9.751 W, 0.8009 W, 0.2928 W, -8.035e+09 W, -5.455e-05 W Compositions min/max/mass: -0.09883/1.017/5.065e+18 Number of advected particles: 20000 *** Timestep 10: t=1.0219e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 60+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1785 K, 1800 K, 2100 K Heat fluxes through boundary parts: 19.18 W, 11.02 W, -1.338 W, -1.902 W, -7.918e+09 W, -0.003105 W Compositions min/max/mass: -0.09596/1.018/5.064e+18 Number of advected particles: 20000 *** Timestep 11: t=1.12409e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 63+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1785 K, 1800 K, 2100 K Heat fluxes through boundary parts: 20.17 W, 12.28 W, -3.408 W, -4.03 W, -7.805e+09 W, -0.004629 W Compositions min/max/mass: -0.09315/1.019/5.063e+18 Number of advected particles: 20000 *** Timestep 12: t=1.22628e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 60+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1785 K, 1800 K, 2100 K Heat fluxes through boundary parts: 20.99 W, 13.54 W, -5.402 W, -6.079 W, -7.697e+09 W, -0.002432 W Compositions min/max/mass: -0.0904/1.019/5.063e+18 Number of advected particles: 20000 *** Timestep 13: t=1.32847e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 60+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1786 K, 1800 K, 2100 K Heat fluxes through boundary parts: 21.67 W, 14.81 W, -7.33 W, -8.062 W, -7.593e+09 W, -0.001303 W Compositions min/max/mass: -0.08771/1.019/5.062e+18 Number of advected particles: 20000 *** Timestep 14: t=1.43066e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 58+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1786 K, 1800 K, 2100 K Heat fluxes through boundary parts: 22.21 W, 16.07 W, -9.214 W, -9.997 W, -7.492e+09 W, 0.0004774 W Compositions min/max/mass: -0.08507/1.019/5.062e+18 Number of advected particles: 20000 *** Timestep 15: t=1.53285e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 58+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1786 K, 1800 K, 2100 K Heat fluxes through boundary parts: 22.62 W, 17.34 W, -11.08 W, -11.91 W, -7.395e+09 W, 0.001538 W Compositions min/max/mass: -0.08248/1.019/5.061e+18 Number of advected particles: 20000 *** Timestep 16: t=1.63504e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 55+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1787 K, 1800 K, 2100 K Heat fluxes through boundary parts: 22.91 W, 18.61 W, -12.95 W, -13.83 W, -7.302e+09 W, 0.003121 W Compositions min/max/mass: -0.07994/1.018/5.061e+18 Number of advected particles: 20000 *** Timestep 17: t=1.73724e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 54+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1787 K, 1800 K, 2100 K Heat fluxes through boundary parts: 23.09 W, 19.88 W, -14.83 W, -15.74 W, -7.212e+09 W, 0.004549 W Compositions min/max/mass: -0.07746/1.018/5.06e+18 Number of advected particles: 20000 *** Timestep 18: t=1.83943e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 56+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1787 K, 1800 K, 2100 K Heat fluxes through boundary parts: 23.16 W, 21.15 W, -16.8 W, -17.73 W, -7.124e+09 W, 0.005486 W Compositions min/max/mass: -0.07502/1.017/5.06e+18 Number of advected particles: 20000 *** Timestep 19: t=1.94162e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 56+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1788 K, 1800 K, 2100 K Heat fluxes through boundary parts: 23.13 W, 22.42 W, -18.9 W, -19.83 W, -7.04e+09 W, 0.006523 W Compositions min/max/mass: -0.07263/1.017/5.059e+18 Number of advected particles: 20000 *** Timestep 20: t=2.04381e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 55+0 iterations. Postprocessing: RMS, max velocity: 5.37e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1788 K, 1800 K, 2100 K Heat fluxes through boundary parts: 23.01 W, 23.68 W, -21.15 W, -22.09 W, -6.958e+09 W, 0.007767 W Compositions min/max/mass: -0.07029/1.016/5.059e+18 Number of advected particles: 20000 Number of active cells: 26,622 (on 8 levels) Number of degrees of freedom: 1,366,311 (798,027+36,266+266,009+266,009) *** Timestep 21: t=2.146e+14 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 24 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 194+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1789 K, 1800 K, 2100 K Heat fluxes through boundary parts: -26.31 W, 25.06 W, -25.2 W, -28.25 W, -6.896e+09 W, 0.00588 W Compositions min/max/mass: -0.06797/1.086/5.418e+18 Number of advected particles: 20000 *** Timestep 22: t=2.21206e+14 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 22 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 191+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1789 K, 1800 K, 2100 K Heat fluxes through boundary parts: -23.13 W, 26.1 W, -26.9 W, -32.31 W, -6.852e+09 W, 0.005379 W Compositions min/max/mass: -0.06648/1.085/5.418e+18 Number of advected particles: 20000 *** Timestep 23: t=2.27812e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 21 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 58+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1789 K, 1800 K, 2100 K Heat fluxes through boundary parts: -21.28 W, 27.05 W, -27.97 W, -35.27 W, -6.814e+09 W, 0.003291 W Compositions min/max/mass: -0.0653/1.085/5.417e+18 Number of advected particles: 20000 *** Timestep 24: t=2.34418e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1789 K, 1800 K, 2100 K Heat fluxes through boundary parts: -19.86 W, 27.95 W, -28.74 W, -37.51 W, -6.778e+09 W, 0.004443 W Compositions min/max/mass: -0.0652/1.084/5.417e+18 Number of advected particles: 20000 *** Timestep 25: t=2.41024e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1790 K, 1800 K, 2100 K Heat fluxes through boundary parts: -18.57 W, 28.84 W, -29.31 W, -39.28 W, -6.743e+09 W, 0.004498 W Compositions min/max/mass: -0.06516/1.083/5.417e+18 Number of advected particles: 20000 *** Timestep 26: t=2.4763e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1790 K, 1800 K, 2100 K Heat fluxes through boundary parts: -17.26 W, 29.71 W, -29.74 W, -40.87 W, -6.709e+09 W, 0.004547 W Compositions min/max/mass: -0.06507/1.083/5.417e+18 Number of advected particles: 20000 *** Timestep 27: t=2.54236e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 50+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1790 K, 1800 K, 2100 K Heat fluxes through boundary parts: -15.92 W, 30.58 W, -30.12 W, -42.47 W, -6.675e+09 W, 0.005796 W Compositions min/max/mass: -0.06495/1.082/5.417e+18 Number of advected particles: 20000 *** Timestep 28: t=2.60842e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 54+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1790 K, 1800 K, 2100 K Heat fluxes through boundary parts: -14.56 W, 31.45 W, -30.48 W, -44.14 W, -6.642e+09 W, 0.007244 W Compositions min/max/mass: -0.06478/1.082/5.417e+18 Number of advected particles: 20000 *** Timestep 29: t=2.67449e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 57+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1791 K, 1800 K, 2100 K Heat fluxes through boundary parts: -13.17 W, 32.32 W, -30.84 W, -45.9 W, -6.609e+09 W, 0.006068 W Compositions min/max/mass: -0.06457/1.081/5.417e+18 Number of advected particles: 20000 *** Timestep 30: t=2.74055e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1791 K, 1800 K, 2100 K Heat fluxes through boundary parts: -11.77 W, 33.19 W, -31.18 W, -47.71 W, -6.577e+09 W, 0.005277 W Compositions min/max/mass: -0.06432/1.081/5.417e+18 Number of advected particles: 20000 *** Timestep 31: t=2.80662e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1791 K, 1800 K, 2100 K Heat fluxes through boundary parts: -10.36 W, 34.07 W, -31.52 W, -49.56 W, -6.546e+09 W, 0.006692 W Compositions min/max/mass: -0.06403/1.08/5.417e+18 Number of advected particles: 20000 *** Timestep 32: t=2.87269e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1791 K, 1800 K, 2100 K Heat fluxes through boundary parts: -8.936 W, 34.95 W, -31.85 W, -51.44 W, -6.514e+09 W, 0.008365 W Compositions min/max/mass: -0.0637/1.079/5.417e+18 Number of advected particles: 20000 *** Timestep 33: t=2.93875e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1791 K, 1800 K, 2100 K Heat fluxes through boundary parts: -7.51 W, 35.83 W, -32.16 W, -53.34 W, -6.484e+09 W, 0.007183 W Compositions min/max/mass: -0.06334/1.079/5.417e+18 Number of advected particles: 20000 *** Timestep 34: t=3.00482e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1792 K, 1800 K, 2100 K Heat fluxes through boundary parts: -6.081 W, 36.72 W, -32.45 W, -55.27 W, -6.453e+09 W, 0.007234 W Compositions min/max/mass: -0.06294/1.078/5.417e+18 Number of advected particles: 20000 *** Timestep 35: t=3.07089e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1792 K, 1800 K, 2100 K Heat fluxes through boundary parts: -4.651 W, 37.61 W, -32.73 W, -57.23 W, -6.423e+09 W, 0.008702 W Compositions min/max/mass: -0.06251/1.078/5.417e+18 Number of advected particles: 20000 *** Timestep 36: t=3.13696e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1792 K, 1800 K, 2100 K Heat fluxes through boundary parts: -3.221 W, 38.5 W, -32.98 W, -59.19 W, -6.394e+09 W, 0.007428 W Compositions min/max/mass: -0.06222/1.077/5.417e+18 Number of advected particles: 20000 *** Timestep 37: t=3.20303e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1792 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1.794 W, 39.4 W, -33.22 W, -61.12 W, -6.364e+09 W, 0.00559 W Compositions min/max/mass: -0.06196/1.077/5.417e+18 Number of advected particles: 20000 *** Timestep 38: t=3.2691e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1792 K, 1800 K, 2100 K Heat fluxes through boundary parts: -0.3728 W, 40.3 W, -33.45 W, -63.04 W, -6.336e+09 W, 0.003382 W Compositions min/max/mass: -0.06166/1.076/5.417e+18 Number of advected particles: 20000 *** Timestep 39: t=3.33518e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: 1.043 W, 41.2 W, -33.66 W, -64.96 W, -6.307e+09 W, 0.001083 W Compositions min/max/mass: -0.06133/1.076/5.417e+18 Number of advected particles: 20000 *** Timestep 40: t=3.40125e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.19e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: 2.451 W, 42.11 W, -33.86 W, -66.86 W, -6.279e+09 W, 0.002126 W Compositions min/max/mass: -0.06097/1.075/5.417e+18 Number of advected particles: 20000 Number of active cells: 43,611 (on 8 levels) Number of degrees of freedom: 2,249,272 (1,314,012+59,252+438,004+438,004) *** Timestep 41: t=3.46732e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 23 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 164+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -10.69 W, 42.3 W, -34.8 W, -6.327 W, -6.244e+09 W, -0.0003459 W Compositions min/max/mass: -0.06476/1.075/5.759e+18 Number of advected particles: 20000 *** Timestep 42: t=3.52382e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 21 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 163+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -28.91 W, 43.21 W, -34.57 W, -8.358 W, -6.22e+09 W, -0.00111 W Compositions min/max/mass: -0.06291/1.075/5.759e+18 Number of advected particles: 20000 *** Timestep 43: t=3.58032e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 21 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 68+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -32.6 W, 44.14 W, -34.32 W, -10.37 W, -6.197e+09 W, -0.002246 W Compositions min/max/mass: -0.06161/1.075/5.759e+18 Number of advected particles: 20000 *** Timestep 44: t=3.63682e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 57+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -31.51 W, 45.09 W, -34.15 W, -12.24 W, -6.174e+09 W, -0.002673 W Compositions min/max/mass: -0.0605/1.075/5.759e+18 Number of advected particles: 20000 *** Timestep 45: t=3.69332e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -29.36 W, 46.05 W, -34.06 W, -14.09 W, -6.152e+09 W, -0.0004301 W Compositions min/max/mass: -0.05965/1.075/5.759e+18 Number of advected particles: 20000 *** Timestep 46: t=3.74982e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -26.79 W, 47.02 W, -34.03 W, -15.92 W, -6.129e+09 W, 0.0009998 W Compositions min/max/mass: -0.06065/1.075/5.76e+18 Number of advected particles: 20000 *** Timestep 47: t=3.80632e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -24.08 W, 48 W, -34.03 W, -17.73 W, -6.107e+09 W, 0.003121 W Compositions min/max/mass: -0.06162/1.074/5.76e+18 Number of advected particles: 20000 *** Timestep 48: t=3.86282e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -21.35 W, 48.97 W, -34.06 W, -19.54 W, -6.086e+09 W, 0.002122 W Compositions min/max/mass: -0.06256/1.074/5.76e+18 Number of advected particles: 20000 *** Timestep 49: t=3.91932e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -18.62 W, 49.95 W, -34.09 W, -21.36 W, -6.064e+09 W, 0.0007567 W Compositions min/max/mass: -0.06347/1.074/5.76e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 50: t=3.97581e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -15.91 W, 50.94 W, -34.14 W, -23.19 W, -6.043e+09 W, 0.001456 W Compositions min/max/mass: -0.06435/1.074/5.76e+18 Number of advected particles: 20000 *** Timestep 51: t=4.03231e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -13.23 W, 51.93 W, -34.18 W, -25.02 W, -6.022e+09 W, 0.001724 W Compositions min/max/mass: -0.06521/1.074/5.76e+18 Number of advected particles: 20000 *** Timestep 52: t=4.08881e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -10.58 W, 52.92 W, -34.22 W, -26.86 W, -6.001e+09 W, 0.002032 W Compositions min/max/mass: -0.06603/1.074/5.761e+18 Number of advected particles: 20000 *** Timestep 53: t=4.14531e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -7.968 W, 53.92 W, -34.25 W, -28.71 W, -5.981e+09 W, 0.002528 W Compositions min/max/mass: -0.06683/1.074/5.761e+18 Number of advected particles: 20000 *** Timestep 54: t=4.20181e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -5.389 W, 54.92 W, -34.28 W, -30.58 W, -5.961e+09 W, 0.0006599 W Compositions min/max/mass: -0.0676/1.073/5.761e+18 Number of advected particles: 20000 *** Timestep 55: t=4.25831e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -2.844 W, 55.93 W, -34.29 W, -32.44 W, -5.941e+09 W, 0.002983 W Compositions min/max/mass: -0.06835/1.073/5.761e+18 Number of advected particles: 20000 *** Timestep 56: t=4.31481e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -0.338 W, 56.94 W, -34.3 W, -34.32 W, -5.921e+09 W, 0.005066 W Compositions min/max/mass: -0.06907/1.073/5.761e+18 Number of advected particles: 20000 *** Timestep 57: t=4.37131e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 2.118 W, 57.96 W, -34.3 W, -36.2 W, -5.901e+09 W, 0.005726 W Compositions min/max/mass: -0.06976/1.073/5.761e+18 Number of advected particles: 20000 *** Timestep 58: t=4.42781e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 4.51 W, 58.98 W, -34.29 W, -38.1 W, -5.882e+09 W, 0.006553 W Compositions min/max/mass: -0.07043/1.073/5.762e+18 Number of advected particles: 20000 *** Timestep 59: t=4.48431e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 6.823 W, 60 W, -34.27 W, -40 W, -5.863e+09 W, 0.006146 W Compositions min/max/mass: -0.07108/1.073/5.762e+18 Number of advected particles: 20000 *** Timestep 60: t=4.54081e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.27e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 9.042 W, 61.02 W, -34.24 W, -41.91 W, -5.844e+09 W, 0.00573 W Compositions min/max/mass: -0.0717/1.073/5.762e+18 Number of advected particles: 20000 Number of active cells: 44,430 (on 8 levels) Number of degrees of freedom: 2,318,837 (1,354,515+61,312+451,505+451,505) *** Timestep 61: t=4.5973e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 22 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 167+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 0.6669 W, -12.17 W, -3.41 W, -16.13 W, -5.855e+09 W, 0.008072 W Compositions min/max/mass: -0.07008/1.069/6.031e+18 Number of advected particles: 20000 *** Timestep 62: t=4.6538e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 167+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: 7.981 W, -6.594 W, -24.69 W, -28.8 W, -5.836e+09 W, 0.01052 W Compositions min/max/mass: -0.06862/1.069/6.031e+18 Number of advected particles: 20000 *** Timestep 63: t=4.7103e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 70+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 11.4 W, -0.1401 W, -45.35 W, -42.67 W, -5.816e+09 W, 0.01202 W Compositions min/max/mass: -0.06722/1.069/6.031e+18 Number of advected particles: 20000 *** Timestep 64: t=4.76681e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 57+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 13.52 W, 6.576 W, -65.78 W, -56.92 W, -5.795e+09 W, 0.01252 W Compositions min/max/mass: -0.06585/1.068/6.032e+18 Number of advected particles: 20000 *** Timestep 65: t=4.82331e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 15.07 W, 13.69 W, -85.8 W, -71.11 W, -5.775e+09 W, 0.013 W Compositions min/max/mass: -0.06449/1.068/6.032e+18 Number of advected particles: 20000 *** Timestep 66: t=4.87981e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 16.36 W, 21.08 W, -105.4 W, -85.16 W, -5.755e+09 W, 0.01117 W Compositions min/max/mass: -0.06314/1.068/6.033e+18 Number of advected particles: 20000 *** Timestep 67: t=4.93631e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 17.56 W, 28.66 W, -124.6 W, -99.13 W, -5.735e+09 W, 0.01124 W Compositions min/max/mass: -0.0618/1.068/6.033e+18 Number of advected particles: 20000 *** Timestep 68: t=4.99281e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 18.7 W, 36.37 W, -143.7 W, -113.1 W, -5.715e+09 W, 0.01126 W Compositions min/max/mass: -0.06046/1.068/6.033e+18 Number of advected particles: 20000 *** Timestep 69: t=5.04931e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 19.82 W, 44.17 W, -162.9 W, -126.9 W, -5.695e+09 W, 0.008665 W Compositions min/max/mass: -0.05993/1.068/6.034e+18 Number of advected particles: 20000 *** Timestep 70: t=5.10581e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 20.92 W, 52.09 W, -182 W, -140.8 W, -5.676e+09 W, 0.005911 W Compositions min/max/mass: -0.06021/1.067/6.034e+18 Number of advected particles: 20000 *** Timestep 71: t=5.16231e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 22 W, 60.11 W, -201.1 W, -154.8 W, -5.657e+09 W, 0.004699 W Compositions min/max/mass: -0.06046/1.067/6.034e+18 Number of advected particles: 20000 *** Timestep 72: t=5.21881e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 52+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 23.07 W, 68.21 W, -220.3 W, -168.7 W, -5.638e+09 W, 0.004642 W Compositions min/max/mass: -0.0607/1.067/6.035e+18 Number of advected particles: 20000 *** Timestep 73: t=5.27531e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 24.13 W, 76.41 W, -239.5 W, -182.6 W, -5.619e+09 W, 0.005049 W Compositions min/max/mass: -0.06093/1.067/6.035e+18 Number of advected particles: 20000 *** Timestep 74: t=5.33181e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 25.17 W, 84.69 W, -258.7 W, -196.5 W, -5.6e+09 W, 0.005831 W Compositions min/max/mass: -0.06113/1.067/6.035e+18 Number of advected particles: 20000 *** Timestep 75: t=5.38831e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 26.2 W, 93.08 W, -277.9 W, -210.5 W, -5.582e+09 W, 0.007148 W Compositions min/max/mass: -0.06136/1.067/6.036e+18 Number of advected particles: 20000 *** Timestep 76: t=5.44481e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 51+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 27.22 W, 101.6 W, -297.2 W, -224.5 W, -5.564e+09 W, 0.008386 W Compositions min/max/mass: -0.06187/1.067/6.036e+18 Number of advected particles: 20000 *** Timestep 77: t=5.50131e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 28.23 W, 110.1 W, -316.3 W, -238.4 W, -5.546e+09 W, 0.006134 W Compositions min/max/mass: -0.06235/1.066/6.036e+18 Number of advected particles: 20000 *** Timestep 78: t=5.55781e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 29.22 W, 118.8 W, -335.3 W, -252.4 W, -5.528e+09 W, 0.004838 W Compositions min/max/mass: -0.06279/1.066/6.037e+18 Number of advected particles: 20000 *** Timestep 79: t=5.61431e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 30.21 W, 127.6 W, -354.1 W, -266.2 W, -5.51e+09 W, 0.002478 W Compositions min/max/mass: -0.0632/1.066/6.037e+18 Number of advected particles: 20000 *** Timestep 80: t=5.67081e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.22e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: 31.17 W, 136.5 W, -372.7 W, -279.9 W, -5.493e+09 W, 0.0005536 W Compositions min/max/mass: -0.06358/1.066/6.038e+18 Number of advected particles: 20000 Number of active cells: 43,863 (on 8 levels) Number of degrees of freedom: 2,285,004 (1,334,772+60,384+444,924+444,924) *** Timestep 81: t=5.72731e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 158+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: 19.29 W, 136.3 W, -364.5 W, -448.8 W, -5.43e+09 W, -0.0002698 W Compositions min/max/mass: -0.07802/1.053/6.087e+18 Number of advected particles: 20000 *** Timestep 82: t=5.78381e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 158+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -8.927 W, 143.3 W, -399.8 W, -471.8 W, -5.407e+09 W, -0.001369 W Compositions min/max/mass: -0.07807/1.054/6.088e+18 Number of advected particles: 20000 *** Timestep 83: t=5.84031e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 60+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1793 K, 1800 K, 2100 K Heat fluxes through boundary parts: -39.6 W, 152.4 W, -441.2 W, -498 W, -5.383e+09 W, -0.003198 W Compositions min/max/mass: -0.07807/1.055/6.088e+18 Number of advected particles: 20000 *** Timestep 84: t=5.89681e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -70.93 W, 162.2 W, -483.5 W, -524.9 W, -5.36e+09 W, -0.005887 W Compositions min/max/mass: -0.07803/1.055/6.089e+18 Number of advected particles: 20000 *** Timestep 85: t=5.95332e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -102.5 W, 172.6 W, -526 W, -551.9 W, -5.336e+09 W, -0.005575 W Compositions min/max/mass: -0.07798/1.056/6.089e+18 Number of advected particles: 20000 *** Timestep 86: t=6.00982e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 36+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -134.1 W, 183.4 W, -568.1 W, -578.8 W, -5.313e+09 W, -0.00332 W Compositions min/max/mass: -0.07791/1.056/6.089e+18 Number of advected particles: 20000 *** Timestep 87: t=6.06632e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -165.7 W, 194.4 W, -610 W, -605.7 W, -5.29e+09 W, -0.001355 W Compositions min/max/mass: -0.07783/1.057/6.09e+18 Number of advected particles: 20000 *** Timestep 88: t=6.12282e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -197 W, 205.5 W, -651.6 W, -632.7 W, -5.268e+09 W, -0.001011 W Compositions min/max/mass: -0.07774/1.057/6.09e+18 Number of advected particles: 20000 *** Timestep 89: t=6.17933e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 55+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -228.3 W, 216.7 W, -692.9 W, -659.7 W, -5.246e+09 W, -0.001283 W Compositions min/max/mass: -0.07764/1.058/6.091e+18 Number of advected particles: 20000 *** Timestep 90: t=6.23583e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -259.3 W, 227.9 W, -734.1 W, -686.9 W, -5.224e+09 W, -0.0006664 W Compositions min/max/mass: -0.07752/1.058/6.091e+18 Number of advected particles: 20000 *** Timestep 91: t=6.29233e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -290.2 W, 239.1 W, -775.1 W, -714.2 W, -5.203e+09 W, 0.0011 W Compositions min/max/mass: -0.07739/1.059/6.092e+18 Number of advected particles: 20000 *** Timestep 92: t=6.34883e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -320.9 W, 250.4 W, -815.9 W, -741.6 W, -5.181e+09 W, 0.002301 W Compositions min/max/mass: -0.07725/1.059/6.092e+18 Number of advected particles: 20000 *** Timestep 93: t=6.40534e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -351.5 W, 261.8 W, -856.6 W, -769.2 W, -5.16e+09 W, 0.00262 W Compositions min/max/mass: -0.07709/1.059/6.092e+18 Number of advected particles: 20000 *** Timestep 94: t=6.46184e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 53+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -381.9 W, 273.1 W, -897.2 W, -797 W, -5.14e+09 W, 0.002198 W Compositions min/max/mass: -0.07693/1.06/6.093e+18 Number of advected particles: 20000 *** Timestep 95: t=6.51834e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 54+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -412.2 W, 284.5 W, -937.7 W, -824.9 W, -5.119e+09 W, 0.001815 W Compositions min/max/mass: -0.07675/1.06/6.093e+18 Number of advected particles: 20000 *** Timestep 96: t=6.57484e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 58+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -442.3 W, 295.9 W, -978 W, -853.1 W, -5.099e+09 W, 0.0009325 W Compositions min/max/mass: -0.07656/1.061/6.094e+18 Number of advected particles: 20000 *** Timestep 97: t=6.63135e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -472.2 W, 307.4 W, -1018 W, -881.4 W, -5.079e+09 W, 0.001002 W Compositions min/max/mass: -0.07636/1.061/6.094e+18 Number of advected particles: 20000 *** Timestep 98: t=6.68785e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 54+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -502 W, 318.9 W, -1058 W, -909.9 W, -5.06e+09 W, -0.0008917 W Compositions min/max/mass: -0.07615/1.061/6.095e+18 Number of advected particles: 20000 *** Timestep 99: t=6.74435e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 52+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -531.7 W, 330.4 W, -1098 W, -938.6 W, -5.04e+09 W, -0.002018 W Compositions min/max/mass: -0.07593/1.062/6.095e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 100: t=6.80085e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 61+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -561.2 W, 341.9 W, -1138 W, -967.5 W, -5.021e+09 W, -0.002302 W Compositions min/max/mass: -0.0757/1.062/6.095e+18 Number of advected particles: 20000 Number of active cells: 43,989 (on 8 levels) Number of degrees of freedom: 2,290,992 (1,338,267+60,547+446,089+446,089) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 2.59e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 104 | 103s | 4% | | Assemble composition system | 104 | 37.8s | 1.5% | | Assemble temperature system | 104 | 41.7s | 1.6% | | Build Stokes preconditioner | 104 | 802s | 31% | | Build composition preconditioner| 104 | 1.18s | 0% | | Build temperature preconditioner| 104 | 1.31s | 0% | | Solve Stokes system | 104 | 1.35e+03s | 52% | | Solve composition system | 104 | 14.9s | 0.57% | | Solve temperature system | 104 | 10.3s | 0.4% | | Create snapshot | 2 | 7.07s | 0.27% | | Initialization | 1 | 0.922s | 0% | | Particles: Advect | 202 | 4.69s | 0.18% | | Particles: Generate | 1 | 83.8s | 3.2% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Initialize properties| 4 | 0.0185s | 0% | | Particles: Sort | 202 | 15.5s | 0.6% | | Particles: Update properties | 1 | 0.0352s | 0% | | Postprocessing | 101 | 36.1s | 1.4% | | Refine mesh structure, part 1 | 8 | 11.8s | 0.46% | | Refine mesh structure, part 2 | 8 | 2.23s | 0% | | Setup dof systems | 9 | 15.6s | 0.6% | | Setup initial conditions | 4 | 86.1s | 3.3% | +---------------------------------+-----------+------------+------------+ *** Timestep 101: t=6.85735e+14 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 153+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -703.5 W, 345 W, -1168 W, -1370 W, -5.016e+09 W, -0.00267 W Compositions min/max/mass: -0.0751/1.062/6.103e+18 Number of advected particles: 20000 *** Timestep 102: t=6.91386e+14 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 153+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -699.5 W, 357 W, -1199 W, -1402 W, -5.001e+09 W, -0.002817 W Compositions min/max/mass: -0.07438/1.063/6.104e+18 Number of advected particles: 20000 *** Timestep 103: t=6.97036e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 55+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -694.8 W, 371.4 W, -1226 W, -1428 W, -4.986e+09 W, -0.001175 W Compositions min/max/mass: -0.07389/1.063/6.104e+18 Number of advected particles: 20000 *** Timestep 104: t=7.02686e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 43+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -689.9 W, 386.8 W, -1252 W, -1453 W, -4.97e+09 W, 0.0004302 W Compositions min/max/mass: -0.07365/1.063/6.105e+18 Number of advected particles: 20000 *** Timestep 105: t=7.08336e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -685 W, 402.6 W, -1277 W, -1476 W, -4.955e+09 W, 0.001864 W Compositions min/max/mass: -0.0734/1.064/6.105e+18 Number of advected particles: 20000 *** Timestep 106: t=7.13986e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -680.2 W, 418.7 W, -1303 W, -1500 W, -4.94e+09 W, 0.002251 W Compositions min/max/mass: -0.07314/1.064/6.105e+18 Number of advected particles: 20000 *** Timestep 107: t=7.19636e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1794 K, 1800 K, 2100 K Heat fluxes through boundary parts: -675.5 W, 434.8 W, -1328 W, -1524 W, -4.925e+09 W, 0.002465 W Compositions min/max/mass: -0.07287/1.064/6.106e+18 Number of advected particles: 20000 *** Timestep 108: t=7.25286e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -670.9 W, 451.1 W, -1353 W, -1548 W, -4.911e+09 W, 0.003471 W Compositions min/max/mass: -0.07259/1.065/6.106e+18 Number of advected particles: 20000 *** Timestep 109: t=7.30936e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -666.6 W, 467.3 W, -1379 W, -1572 W, -4.897e+09 W, 0.003503 W Compositions min/max/mass: -0.0723/1.065/6.107e+18 Number of advected particles: 20000 *** Timestep 110: t=7.36586e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -662.3 W, 483.6 W, -1404 W, -1595 W, -4.884e+09 W, 0.001424 W Compositions min/max/mass: -0.072/1.065/6.107e+18 Number of advected particles: 20000 *** Timestep 111: t=7.42236e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -658.3 W, 500 W, -1430 W, -1619 W, -4.871e+09 W, 0.00102 W Compositions min/max/mass: -0.07169/1.065/6.107e+18 Number of advected particles: 20000 *** Timestep 112: t=7.47886e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 43+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -654.4 W, 516.5 W, -1455 W, -1643 W, -4.858e+09 W, -0.001584 W Compositions min/max/mass: -0.07136/1.066/6.108e+18 Number of advected particles: 20000 *** Timestep 113: t=7.53536e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -650.6 W, 533 W, -1480 W, -1666 W, -4.845e+09 W, -0.0006143 W Compositions min/max/mass: -0.07103/1.066/6.108e+18 Number of advected particles: 20000 *** Timestep 114: t=7.59186e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -646.9 W, 549.5 W, -1504 W, -1690 W, -4.833e+09 W, -0.002183 W Compositions min/max/mass: -0.07069/1.066/6.109e+18 Number of advected particles: 20000 *** Timestep 115: t=7.64836e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -643.4 W, 566.1 W, -1529 W, -1713 W, -4.821e+09 W, -0.002993 W Compositions min/max/mass: -0.07035/1.066/6.109e+18 Number of advected particles: 20000 *** Timestep 116: t=7.70486e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1795 K, 1800 K, 2100 K Heat fluxes through boundary parts: -640 W, 582.7 W, -1553 W, -1737 W, -4.809e+09 W, -0.003647 W Compositions min/max/mass: -0.06999/1.066/6.109e+18 Number of advected particles: 20000 *** Timestep 117: t=7.76136e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 49+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -636.6 W, 599.4 W, -1577 W, -1760 W, -4.798e+09 W, -0.005865 W Compositions min/max/mass: -0.06962/1.067/6.11e+18 Number of advected particles: 20000 *** Timestep 118: t=7.81786e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -633.4 W, 616.1 W, -1601 W, -1784 W, -4.787e+09 W, -0.006092 W Compositions min/max/mass: -0.06925/1.067/6.11e+18 Number of advected particles: 20000 *** Timestep 119: t=7.87436e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 43+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -630.3 W, 632.9 W, -1624 W, -1807 W, -4.776e+09 W, -0.007531 W Compositions min/max/mass: -0.06886/1.067/6.111e+18 Number of advected particles: 20000 *** Timestep 120: t=7.93086e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.21e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -627.3 W, 649.7 W, -1648 W, -1831 W, -4.765e+09 W, -0.009172 W Compositions min/max/mass: -0.06847/1.067/6.111e+18 Number of advected particles: 20000 Number of active cells: 44,031 (on 8 levels) Number of degrees of freedom: 2,293,645 (1,339,815+60,620+446,605+446,605) *** Timestep 121: t=7.98736e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 136+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -625 W, 678.2 W, -1673 W, -1853 W, -4.791e+09 W, -0.009569 W Compositions min/max/mass: -0.06765/1.067/6.123e+18 Number of advected particles: 20000 *** Timestep 122: t=8.04386e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 136+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -622.8 W, 691.2 W, -1694 W, -1876 W, -4.776e+09 W, -0.009801 W Compositions min/max/mass: -0.0667/1.068/6.123e+18 Number of advected particles: 20000 *** Timestep 123: t=8.10037e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -620.5 W, 707.4 W, -1715 W, -1899 W, -4.761e+09 W, -0.0106 W Compositions min/max/mass: -0.06568/1.068/6.124e+18 Number of advected particles: 20000 *** Timestep 124: t=8.15687e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -618.1 W, 724.8 W, -1737 W, -1923 W, -4.746e+09 W, -0.0108 W Compositions min/max/mass: -0.06463/1.068/6.124e+18 Number of advected particles: 20000 *** Timestep 125: t=8.21337e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 38+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -615.7 W, 742.4 W, -1758 W, -1946 W, -4.731e+09 W, -0.01185 W Compositions min/max/mass: -0.06358/1.068/6.125e+18 Number of advected particles: 20000 *** Timestep 126: t=8.26987e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -613.2 W, 760.2 W, -1779 W, -1969 W, -4.716e+09 W, -0.01347 W Compositions min/max/mass: -0.06252/1.068/6.125e+18 Number of advected particles: 20000 *** Timestep 127: t=8.32637e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -610.7 W, 777.8 W, -1800 W, -1992 W, -4.701e+09 W, -0.01481 W Compositions min/max/mass: -0.06146/1.068/6.125e+18 Number of advected particles: 20000 *** Timestep 128: t=8.38288e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -608.2 W, 795.2 W, -1821 W, -2015 W, -4.686e+09 W, -0.01568 W Compositions min/max/mass: -0.0604/1.068/6.126e+18 Number of advected particles: 20000 *** Timestep 129: t=8.43938e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -605.7 W, 812.4 W, -1842 W, -2038 W, -4.672e+09 W, -0.01524 W Compositions min/max/mass: -0.05935/1.069/6.126e+18 Number of advected particles: 20000 *** Timestep 130: t=8.49588e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -603.2 W, 829.5 W, -1863 W, -2060 W, -4.658e+09 W, -0.01414 W Compositions min/max/mass: -0.05829/1.069/6.126e+18 Number of advected particles: 20000 *** Timestep 131: t=8.55238e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -600.6 W, 846.5 W, -1884 W, -2082 W, -4.644e+09 W, -0.01328 W Compositions min/max/mass: -0.05724/1.069/6.127e+18 Number of advected particles: 20000 *** Timestep 132: t=8.60889e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -598.1 W, 863.3 W, -1905 W, -2104 W, -4.63e+09 W, -0.01459 W Compositions min/max/mass: -0.05618/1.069/6.127e+18 Number of advected particles: 20000 *** Timestep 133: t=8.66539e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -595.6 W, 879.9 W, -1925 W, -2126 W, -4.616e+09 W, -0.01454 W Compositions min/max/mass: -0.05513/1.069/6.128e+18 Number of advected particles: 20000 *** Timestep 134: t=8.72189e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -593.1 W, 896.5 W, -1946 W, -2148 W, -4.603e+09 W, -0.01345 W Compositions min/max/mass: -0.05407/1.069/6.128e+18 Number of advected particles: 20000 *** Timestep 135: t=8.77839e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -590.5 W, 912.9 W, -1966 W, -2169 W, -4.59e+09 W, -0.01348 W Compositions min/max/mass: -0.05302/1.069/6.128e+18 Number of advected particles: 20000 *** Timestep 136: t=8.8349e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -588 W, 929.1 W, -1987 W, -2190 W, -4.577e+09 W, -0.0124 W Compositions min/max/mass: -0.05197/1.069/6.129e+18 Number of advected particles: 20000 *** Timestep 137: t=8.8914e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -585.5 W, 945.2 W, -2007 W, -2211 W, -4.564e+09 W, -0.01256 W Compositions min/max/mass: -0.05091/1.069/6.129e+18 Number of advected particles: 20000 *** Timestep 138: t=8.9479e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -583 W, 961.2 W, -2027 W, -2232 W, -4.551e+09 W, -0.01415 W Compositions min/max/mass: -0.04986/1.069/6.129e+18 Number of advected particles: 20000 *** Timestep 139: t=9.0044e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -580.5 W, 977 W, -2048 W, -2253 W, -4.538e+09 W, -0.015 W Compositions min/max/mass: -0.04896/1.069/6.13e+18 Number of advected particles: 20000 *** Timestep 140: t=9.0609e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 39+0 iterations. Postprocessing: RMS, max velocity: 5.2e-10 m/s, 2.22e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -577.9 W, 992.7 W, -2068 W, -2273 W, -4.526e+09 W, -0.01278 W Compositions min/max/mass: -0.04821/1.07/6.13e+18 Number of advected particles: 20000 Number of active cells: 44,493 (on 8 levels) Number of degrees of freedom: 2,317,400 (1,353,681+61,265+451,227+451,227) *** Timestep 141: t=9.11741e+14 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 170+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1796 K, 1800 K, 2100 K Heat fluxes through boundary parts: -575.2 W, 574.1 W, -2185 W, -2294 W, -4.511e+09 W, -0.01259 W Compositions min/max/mass: -0.07228/1.069/5.824e+18 Number of advected particles: 20000 *** Timestep 142: t=9.17391e+14 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 170+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -574.8 W, 619.6 W, -2200 W, -2317 W, -4.509e+09 W, -0.01244 W Compositions min/max/mass: -0.07183/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 143: t=9.23041e+14 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 72+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -573.5 W, 649.7 W, -2211 W, -2334 W, -4.506e+09 W, -0.009777 W Compositions min/max/mass: -0.07133/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 144: t=9.28691e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 55+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -571.9 W, 674.1 W, -2222 W, -2350 W, -4.502e+09 W, -0.008157 W Compositions min/max/mass: -0.07082/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 145: t=9.34341e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 36+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -570.3 W, 697.1 W, -2232 W, -2366 W, -4.499e+09 W, -0.006668 W Compositions min/max/mass: -0.0703/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 146: t=9.39991e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -568.6 W, 720 W, -2243 W, -2381 W, -4.496e+09 W, -0.002799 W Compositions min/max/mass: -0.06978/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 147: t=9.45641e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -567 W, 743 W, -2254 W, -2397 W, -4.493e+09 W, 0.0008681 W Compositions min/max/mass: -0.06926/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 148: t=9.51291e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -565.3 W, 766 W, -2266 W, -2414 W, -4.491e+09 W, 0.00286 W Compositions min/max/mass: -0.06874/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 149: t=9.56941e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -563.7 W, 789 W, -2277 W, -2430 W, -4.489e+09 W, 0.007287 W Compositions min/max/mass: -0.06823/1.07/5.824e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 150: t=9.62592e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -562.1 W, 812.2 W, -2288 W, -2446 W, -4.486e+09 W, 0.0111 W Compositions min/max/mass: -0.06773/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 151: t=9.68242e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -560.5 W, 835.5 W, -2299 W, -2462 W, -4.484e+09 W, 0.01428 W Compositions min/max/mass: -0.06722/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 152: t=9.73892e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -559 W, 858.9 W, -2311 W, -2479 W, -4.482e+09 W, 0.01652 W Compositions min/max/mass: -0.06672/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 153: t=9.79542e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -557.5 W, 882.3 W, -2322 W, -2495 W, -4.48e+09 W, 0.02044 W Compositions min/max/mass: -0.06622/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 154: t=9.85192e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -556 W, 905.8 W, -2334 W, -2511 W, -4.478e+09 W, 0.02445 W Compositions min/max/mass: -0.06573/1.07/5.824e+18 Number of advected particles: 20000 *** Timestep 155: t=9.90842e+14 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -554.5 W, 929.4 W, -2345 W, -2528 W, -4.476e+09 W, 0.02782 W Compositions min/max/mass: -0.06524/1.071/5.824e+18 Number of advected particles: 20000 *** Timestep 156: t=9.96492e+14 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.1 W, 953.1 W, -2356 W, -2544 W, -4.474e+09 W, 0.03201 W Compositions min/max/mass: -0.06475/1.071/5.824e+18 Number of advected particles: 20000 *** Timestep 157: t=1.00214e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -551.7 W, 976.8 W, -2368 W, -2561 W, -4.472e+09 W, 0.03652 W Compositions min/max/mass: -0.06427/1.071/5.824e+18 Number of advected particles: 20000 *** Timestep 158: t=1.00779e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 48+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -550.3 W, 1001 W, -2379 W, -2578 W, -4.469e+09 W, 0.04096 W Compositions min/max/mass: -0.06378/1.071/5.824e+18 Number of advected particles: 20000 *** Timestep 159: t=1.01344e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -548.9 W, 1024 W, -2391 W, -2595 W, -4.467e+09 W, 0.04393 W Compositions min/max/mass: -0.06331/1.071/5.824e+18 Number of advected particles: 20000 *** Timestep 160: t=1.01909e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.23e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547.5 W, 1048 W, -2403 W, -2611 W, -4.465e+09 W, 0.04818 W Compositions min/max/mass: -0.06283/1.071/5.824e+18 Number of advected particles: 20000 Number of active cells: 44,584 (on 8 levels) Number of degrees of freedom: 2,324,346 (1,357,725+61,471+452,575+452,575) *** Timestep 161: t=1.02474e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 165+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.1 W, 629.4 W, -2411 W, -2662 W, -4.456e+09 W, 0.05303 W Compositions min/max/mass: -0.06581/1.07/5.715e+18 Number of advected particles: 20000 *** Timestep 162: t=1.03039e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 20 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 166+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.1 W, 637.2 W, -2422 W, -2672 W, -4.457e+09 W, 0.05634 W Compositions min/max/mass: -0.06562/1.068/5.715e+18 Number of advected particles: 20000 *** Timestep 163: t=1.03604e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 71+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.9 W, 642.1 W, -2431 W, -2681 W, -4.458e+09 W, 0.06042 W Compositions min/max/mass: -0.06548/1.067/5.715e+18 Number of advected particles: 20000 *** Timestep 164: t=1.04169e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 56+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.7 W, 645.4 W, -2439 W, -2690 W, -4.459e+09 W, 0.0656 W Compositions min/max/mass: -0.06535/1.066/5.716e+18 Number of advected particles: 20000 *** Timestep 165: t=1.04734e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.4 W, 648.1 W, -2447 W, -2699 W, -4.46e+09 W, 0.06873 W Compositions min/max/mass: -0.06522/1.065/5.716e+18 Number of advected particles: 20000 *** Timestep 166: t=1.05299e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.2 W, 650.2 W, -2455 W, -2708 W, -4.461e+09 W, 0.06963 W Compositions min/max/mass: -0.06509/1.064/5.716e+18 Number of advected particles: 20000 *** Timestep 167: t=1.05864e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.9 W, 651.9 W, -2462 W, -2717 W, -4.461e+09 W, 0.07104 W Compositions min/max/mass: -0.06497/1.063/5.716e+18 Number of advected particles: 20000 *** Timestep 168: t=1.06429e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.7 W, 653.4 W, -2470 W, -2727 W, -4.462e+09 W, 0.0749 W Compositions min/max/mass: -0.06484/1.062/5.716e+18 Number of advected particles: 20000 *** Timestep 169: t=1.06995e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.5 W, 654.7 W, -2478 W, -2736 W, -4.463e+09 W, 0.07774 W Compositions min/max/mass: -0.06472/1.062/5.716e+18 Number of advected particles: 20000 *** Timestep 170: t=1.0756e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1797 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.3 W, 655.8 W, -2486 W, -2746 W, -4.464e+09 W, 0.0811 W Compositions min/max/mass: -0.06459/1.061/5.716e+18 Number of advected particles: 20000 *** Timestep 171: t=1.08125e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.1 W, 656.8 W, -2493 W, -2756 W, -4.465e+09 W, 0.08513 W Compositions min/max/mass: -0.06447/1.06/5.716e+18 Number of advected particles: 20000 *** Timestep 172: t=1.0869e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.9 W, 657.7 W, -2501 W, -2765 W, -4.465e+09 W, 0.08989 W Compositions min/max/mass: -0.06435/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 173: t=1.09255e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.7 W, 658.5 W, -2509 W, -2775 W, -4.466e+09 W, 0.09347 W Compositions min/max/mass: -0.06422/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 174: t=1.0982e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.6 W, 659.2 W, -2516 W, -2785 W, -4.466e+09 W, 0.09845 W Compositions min/max/mass: -0.0641/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 175: t=1.10385e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.5 W, 659.9 W, -2524 W, -2794 W, -4.467e+09 W, 0.1019 W Compositions min/max/mass: -0.06398/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 176: t=1.1095e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.3 W, 660.4 W, -2532 W, -2804 W, -4.467e+09 W, 0.1036 W Compositions min/max/mass: -0.06386/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 177: t=1.11515e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.2 W, 660.8 W, -2540 W, -2814 W, -4.467e+09 W, 0.1054 W Compositions min/max/mass: -0.06374/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 178: t=1.1208e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.1 W, 661.2 W, -2548 W, -2823 W, -4.467e+09 W, 0.107 W Compositions min/max/mass: -0.06362/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 179: t=1.12645e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543 W, 661.4 W, -2555 W, -2833 W, -4.467e+09 W, 0.1067 W Compositions min/max/mass: -0.0635/1.061/5.717e+18 Number of advected particles: 20000 *** Timestep 180: t=1.1321e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -542.9 W, 661.6 W, -2563 W, -2843 W, -4.467e+09 W, 0.1095 W Compositions min/max/mass: -0.06338/1.061/5.718e+18 Number of advected particles: 20000 Number of active cells: 44,647 (on 8 levels) Number of degrees of freedom: 2,325,987 (1,358,685+61,512+452,895+452,895) *** Timestep 181: t=1.13775e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 127+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -542.9 W, 647.9 W, -2571 W, -2853 W, -4.435e+09 W, 0.1088 W Compositions min/max/mass: -0.06326/1.061/5.718e+18 Number of advected particles: 20000 *** Timestep 182: t=1.1434e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 127+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543 W, 647.3 W, -2579 W, -2863 W, -4.438e+09 W, 0.1104 W Compositions min/max/mass: -0.06314/1.061/5.718e+18 Number of advected particles: 20000 *** Timestep 183: t=1.14905e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 65+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.2 W, 646.6 W, -2587 W, -2872 W, -4.44e+09 W, 0.1106 W Compositions min/max/mass: -0.06301/1.062/5.718e+18 Number of advected particles: 20000 *** Timestep 184: t=1.1547e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 47+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.3 W, 645.7 W, -2594 W, -2881 W, -4.441e+09 W, 0.1104 W Compositions min/max/mass: -0.06289/1.062/5.718e+18 Number of advected particles: 20000 *** Timestep 185: t=1.16035e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.4 W, 644.8 W, -2601 W, -2891 W, -4.443e+09 W, 0.1109 W Compositions min/max/mass: -0.06276/1.062/5.719e+18 Number of advected particles: 20000 *** Timestep 186: t=1.166e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.6 W, 643.9 W, -2608 W, -2900 W, -4.444e+09 W, 0.1097 W Compositions min/max/mass: -0.06264/1.062/5.719e+18 Number of advected particles: 20000 *** Timestep 187: t=1.17165e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.8 W, 642.9 W, -2615 W, -2909 W, -4.445e+09 W, 0.107 W Compositions min/max/mass: -0.06251/1.062/5.719e+18 Number of advected particles: 20000 *** Timestep 188: t=1.1773e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -543.9 W, 641.9 W, -2622 W, -2918 W, -4.447e+09 W, 0.1073 W Compositions min/max/mass: -0.06239/1.062/5.719e+18 Number of advected particles: 20000 *** Timestep 189: t=1.18295e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.1 W, 640.9 W, -2629 W, -2928 W, -4.448e+09 W, 0.1053 W Compositions min/max/mass: -0.06227/1.062/5.72e+18 Number of advected particles: 20000 *** Timestep 190: t=1.1886e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.3 W, 639.8 W, -2636 W, -2937 W, -4.449e+09 W, 0.1017 W Compositions min/max/mass: -0.06215/1.062/5.72e+18 Number of advected particles: 20000 *** Timestep 191: t=1.19425e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.5 W, 638.8 W, -2643 W, -2946 W, -4.451e+09 W, 0.09855 W Compositions min/max/mass: -0.06203/1.062/5.72e+18 Number of advected particles: 20000 *** Timestep 192: t=1.1999e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.7 W, 637.8 W, -2650 W, -2955 W, -4.452e+09 W, 0.09597 W Compositions min/max/mass: -0.0619/1.062/5.72e+18 Number of advected particles: 20000 *** Timestep 193: t=1.20555e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.9 W, 636.8 W, -2657 W, -2964 W, -4.453e+09 W, 0.09297 W Compositions min/max/mass: -0.06178/1.062/5.721e+18 Number of advected particles: 20000 *** Timestep 194: t=1.2112e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.1 W, 635.8 W, -2664 W, -2974 W, -4.455e+09 W, 0.08784 W Compositions min/max/mass: -0.06166/1.062/5.721e+18 Number of advected particles: 20000 *** Timestep 195: t=1.21685e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.3 W, 634.7 W, -2671 W, -2983 W, -4.456e+09 W, 0.08337 W Compositions min/max/mass: -0.06154/1.063/5.721e+18 Number of advected particles: 20000 *** Timestep 196: t=1.2225e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.5 W, 633.7 W, -2678 W, -2992 W, -4.457e+09 W, 0.07786 W Compositions min/max/mass: -0.06142/1.063/5.721e+18 Number of advected particles: 20000 *** Timestep 197: t=1.22815e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.7 W, 632.7 W, -2685 W, -3001 W, -4.458e+09 W, 0.07312 W Compositions min/max/mass: -0.06131/1.063/5.722e+18 Number of advected particles: 20000 *** Timestep 198: t=1.2338e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.9 W, 631.7 W, -2692 W, -3010 W, -4.459e+09 W, 0.07041 W Compositions min/max/mass: -0.06119/1.063/5.722e+18 Number of advected particles: 20000 *** Timestep 199: t=1.23945e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.2 W, 630.6 W, -2698 W, -3019 W, -4.459e+09 W, 0.0672 W Compositions min/max/mass: -0.06107/1.063/5.722e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 200: t=1.2451e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.4 W, 629.6 W, -2705 W, -3027 W, -4.46e+09 W, 0.06411 W Compositions min/max/mass: -0.06095/1.063/5.722e+18 Number of advected particles: 20000 Number of active cells: 44,626 (on 8 levels) Number of degrees of freedom: 2,325,359 (1,358,316+61,499+452,772+452,772) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 4.25e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 204 | 226s | 5.3% | | Assemble composition system | 204 | 82.6s | 1.9% | | Assemble temperature system | 204 | 90.5s | 2.1% | | Build Stokes preconditioner | 204 | 996s | 23% | | Build composition preconditioner| 204 | 2.61s | 0% | | Build temperature preconditioner| 204 | 3.31s | 0% | | Solve Stokes system | 204 | 2.43e+03s | 57% | | Solve composition system | 204 | 30.1s | 0.71% | | Solve temperature system | 204 | 20.7s | 0.49% | | Create snapshot | 4 | 17.3s | 0.41% | | Initialization | 1 | 0.922s | 0% | | Particles: Advect | 402 | 12.8s | 0.3% | | Particles: Generate | 1 | 83.8s | 2% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Initialize properties| 4 | 0.0185s | 0% | | Particles: Sort | 402 | 33.3s | 0.78% | | Particles: Update properties | 1 | 0.0352s | 0% | | Postprocessing | 201 | 75.9s | 1.8% | | Refine mesh structure, part 1 | 13 | 22.5s | 0.53% | | Refine mesh structure, part 2 | 13 | 3.87s | 0% | | Setup dof systems | 14 | 25.6s | 0.6% | | Setup initial conditions | 4 | 86.1s | 2% | +---------------------------------+-----------+------------+------------+ *** Timestep 201: t=1.25075e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 108+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.7 W, 628.2 W, -2712 W, -3037 W, -4.351e+09 W, 0.05852 W Compositions min/max/mass: -0.06083/1.063/5.722e+18 Number of advected particles: 20000 *** Timestep 202: t=1.2564e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 108+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547 W, 626.6 W, -2720 W, -3047 W, -4.35e+09 W, 0.05578 W Compositions min/max/mass: -0.06072/1.063/5.722e+18 Number of advected particles: 20000 *** Timestep 203: t=1.26205e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547.4 W, 625 W, -2728 W, -3057 W, -4.348e+09 W, 0.05164 W Compositions min/max/mass: -0.0606/1.063/5.723e+18 Number of advected particles: 20000 *** Timestep 204: t=1.2677e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547.7 W, 623.4 W, -2736 W, -3066 W, -4.346e+09 W, 0.04572 W Compositions min/max/mass: -0.06048/1.063/5.723e+18 Number of advected particles: 20000 *** Timestep 205: t=1.27335e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -548.1 W, 621.8 W, -2744 W, -3076 W, -4.344e+09 W, 0.04142 W Compositions min/max/mass: -0.06037/1.063/5.723e+18 Number of advected particles: 20000 *** Timestep 206: t=1.279e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -548.4 W, 620.1 W, -2752 W, -3086 W, -4.342e+09 W, 0.03571 W Compositions min/max/mass: -0.06025/1.063/5.723e+18 Number of advected particles: 20000 *** Timestep 207: t=1.28465e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -548.7 W, 618.5 W, -2760 W, -3096 W, -4.34e+09 W, 0.02778 W Compositions min/max/mass: -0.06014/1.063/5.724e+18 Number of advected particles: 20000 *** Timestep 208: t=1.2903e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -549.1 W, 616.9 W, -2769 W, -3105 W, -4.338e+09 W, 0.01994 W Compositions min/max/mass: -0.06003/1.064/5.724e+18 Number of advected particles: 20000 *** Timestep 209: t=1.29595e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -549.5 W, 615.3 W, -2777 W, -3115 W, -4.336e+09 W, 0.01571 W Compositions min/max/mass: -0.05991/1.064/5.724e+18 Number of advected particles: 20000 *** Timestep 210: t=1.30161e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -549.8 W, 613.6 W, -2785 W, -3125 W, -4.334e+09 W, 0.008694 W Compositions min/max/mass: -0.0598/1.064/5.724e+18 Number of advected particles: 20000 *** Timestep 211: t=1.30726e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -550.2 W, 612 W, -2793 W, -3134 W, -4.332e+09 W, 0.001404 W Compositions min/max/mass: -0.05968/1.064/5.725e+18 Number of advected particles: 20000 *** Timestep 212: t=1.31291e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -550.6 W, 610.4 W, -2801 W, -3144 W, -4.33e+09 W, -0.006068 W Compositions min/max/mass: -0.05957/1.064/5.725e+18 Number of advected particles: 20000 *** Timestep 213: t=1.31856e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -551.1 W, 608.7 W, -2809 W, -3154 W, -4.328e+09 W, -0.01427 W Compositions min/max/mass: -0.05946/1.064/5.725e+18 Number of advected particles: 20000 *** Timestep 214: t=1.32421e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -551.5 W, 607.1 W, -2817 W, -3163 W, -4.326e+09 W, -0.02254 W Compositions min/max/mass: -0.05935/1.064/5.725e+18 Number of advected particles: 20000 *** Timestep 215: t=1.32986e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -551.9 W, 605.4 W, -2824 W, -3173 W, -4.324e+09 W, -0.0303 W Compositions min/max/mass: -0.05924/1.064/5.725e+18 Number of advected particles: 20000 *** Timestep 216: t=1.33551e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -552.4 W, 603.8 W, -2832 W, -3183 W, -4.321e+09 W, -0.03876 W Compositions min/max/mass: -0.05912/1.064/5.726e+18 Number of advected particles: 20000 *** Timestep 217: t=1.34116e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -552.8 W, 602.1 W, -2840 W, -3192 W, -4.319e+09 W, -0.04594 W Compositions min/max/mass: -0.05901/1.064/5.726e+18 Number of advected particles: 20000 *** Timestep 218: t=1.34681e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.3 W, 600.5 W, -2847 W, -3202 W, -4.317e+09 W, -0.05341 W Compositions min/max/mass: -0.0589/1.064/5.726e+18 Number of advected particles: 20000 *** Timestep 219: t=1.35246e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.8 W, 598.8 W, -2855 W, -3211 W, -4.314e+09 W, -0.06072 W Compositions min/max/mass: -0.05879/1.064/5.726e+18 Number of advected particles: 20000 *** Timestep 220: t=1.35811e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -554.3 W, 597.2 W, -2862 W, -3221 W, -4.312e+09 W, -0.06757 W Compositions min/max/mass: -0.05868/1.064/5.727e+18 Number of advected particles: 20000 Number of active cells: 44,542 (on 8 levels) Number of degrees of freedom: 2,321,165 (1,355,865+61,390+451,955+451,955) *** Timestep 221: t=1.36376e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 117+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.7 W, 598.6 W, -2874 W, -3233 W, -4.24e+09 W, -0.07705 W Compositions min/max/mass: -0.05857/1.064/5.728e+18 Number of advected particles: 20000 *** Timestep 222: t=1.36941e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 117+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.8 W, 600.1 W, -2887 W, -3246 W, -4.238e+09 W, -0.08444 W Compositions min/max/mass: -0.05847/1.065/5.728e+18 Number of advected particles: 20000 *** Timestep 223: t=1.37506e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.5 W, 602 W, -2899 W, -3260 W, -4.235e+09 W, -0.09027 W Compositions min/max/mass: -0.05836/1.065/5.728e+18 Number of advected particles: 20000 *** Timestep 224: t=1.38071e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -553.1 W, 603.9 W, -2912 W, -3274 W, -4.231e+09 W, -0.09829 W Compositions min/max/mass: -0.05825/1.065/5.728e+18 Number of advected particles: 20000 *** Timestep 225: t=1.38636e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -552.6 W, 606 W, -2925 W, -3288 W, -4.228e+09 W, -0.108 W Compositions min/max/mass: -0.05814/1.065/5.729e+18 Number of advected particles: 20000 *** Timestep 226: t=1.39201e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -552 W, 608.1 W, -2938 W, -3302 W, -4.225e+09 W, -0.1159 W Compositions min/max/mass: -0.05806/1.065/5.729e+18 Number of advected particles: 20000 *** Timestep 227: t=1.39766e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -551.4 W, 610.3 W, -2950 W, -3316 W, -4.222e+09 W, -0.1229 W Compositions min/max/mass: -0.05798/1.065/5.729e+18 Number of advected particles: 20000 *** Timestep 228: t=1.40331e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -550.8 W, 612.4 W, -2963 W, -3329 W, -4.219e+09 W, -0.132 W Compositions min/max/mass: -0.0579/1.065/5.729e+18 Number of advected particles: 20000 *** Timestep 229: t=1.40896e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -550.1 W, 614.5 W, -2976 W, -3343 W, -4.216e+09 W, -0.1415 W Compositions min/max/mass: -0.05782/1.065/5.73e+18 Number of advected particles: 20000 *** Timestep 230: t=1.41461e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -549.5 W, 616.6 W, -2989 W, -3357 W, -4.212e+09 W, -0.1494 W Compositions min/max/mass: -0.05774/1.065/5.73e+18 Number of advected particles: 20000 *** Timestep 231: t=1.42026e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -549 W, 618.7 W, -3001 W, -3371 W, -4.209e+09 W, -0.1563 W Compositions min/max/mass: -0.05766/1.065/5.73e+18 Number of advected particles: 20000 *** Timestep 232: t=1.42591e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -548.4 W, 620.7 W, -3014 W, -3385 W, -4.205e+09 W, -0.1638 W Compositions min/max/mass: -0.05758/1.065/5.73e+18 Number of advected particles: 20000 *** Timestep 233: t=1.43156e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547.8 W, 622.7 W, -3027 W, -3399 W, -4.202e+09 W, -0.1718 W Compositions min/max/mass: -0.0575/1.065/5.73e+18 Number of advected particles: 20000 *** Timestep 234: t=1.43721e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -547.3 W, 624.6 W, -3039 W, -3412 W, -4.199e+09 W, -0.1802 W Compositions min/max/mass: -0.05742/1.065/5.731e+18 Number of advected particles: 20000 *** Timestep 235: t=1.44286e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.8 W, 626.5 W, -3052 W, -3426 W, -4.195e+09 W, -0.1886 W Compositions min/max/mass: -0.05735/1.065/5.731e+18 Number of advected particles: 20000 *** Timestep 236: t=1.44851e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -546.3 W, 628.4 W, -3065 W, -3440 W, -4.192e+09 W, -0.1982 W Compositions min/max/mass: -0.05727/1.065/5.731e+18 Number of advected particles: 20000 *** Timestep 237: t=1.45416e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.8 W, 630.2 W, -3077 W, -3453 W, -4.188e+09 W, -0.2053 W Compositions min/max/mass: -0.05719/1.066/5.731e+18 Number of advected particles: 20000 *** Timestep 238: t=1.45981e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -545.3 W, 632 W, -3090 W, -3467 W, -4.184e+09 W, -0.2144 W Compositions min/max/mass: -0.05711/1.066/5.732e+18 Number of advected particles: 20000 *** Timestep 239: t=1.46546e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.9 W, 633.8 W, -3103 W, -3481 W, -4.181e+09 W, -0.2236 W Compositions min/max/mass: -0.05704/1.066/5.732e+18 Number of advected particles: 20000 *** Timestep 240: t=1.47111e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544.5 W, 635.6 W, -3115 W, -3494 W, -4.177e+09 W, -0.233 W Compositions min/max/mass: -0.05696/1.066/5.732e+18 Number of advected particles: 20000 Number of active cells: 44,465 (on 8 levels) Number of degrees of freedom: 2,317,156 (1,353,525+61,281+451,175+451,175) *** Timestep 241: t=1.47676e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 106+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -544 W, 641 W, -3126 W, -3504 W, -4.169e+09 W, -0.2405 W Compositions min/max/mass: -0.05689/1.066/5.737e+18 Number of advected particles: 20000 *** Timestep 242: t=1.48241e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 106+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -562 W, 633.1 W, -3135 W, -3512 W, -4.166e+09 W, -0.2487 W Compositions min/max/mass: -0.05681/1.066/5.737e+18 Number of advected particles: 20000 *** Timestep 243: t=1.48806e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -576.3 W, 628.5 W, -3145 W, -3522 W, -4.163e+09 W, -0.2559 W Compositions min/max/mass: -0.05673/1.066/5.737e+18 Number of advected particles: 20000 *** Timestep 244: t=1.49371e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -589.5 W, 624.7 W, -3155 W, -3533 W, -4.16e+09 W, -0.2638 W Compositions min/max/mass: -0.05666/1.066/5.737e+18 Number of advected particles: 20000 *** Timestep 245: t=1.49936e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -602.3 W, 621.5 W, -3165 W, -3544 W, -4.157e+09 W, -0.2718 W Compositions min/max/mass: -0.05658/1.066/5.738e+18 Number of advected particles: 20000 *** Timestep 246: t=1.50501e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -614.7 W, 618.4 W, -3175 W, -3555 W, -4.154e+09 W, -0.2791 W Compositions min/max/mass: -0.0565/1.066/5.738e+18 Number of advected particles: 20000 *** Timestep 247: t=1.51066e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -627.2 W, 615.3 W, -3185 W, -3566 W, -4.151e+09 W, -0.2859 W Compositions min/max/mass: -0.05642/1.066/5.738e+18 Number of advected particles: 20000 *** Timestep 248: t=1.51631e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -639.6 W, 612.3 W, -3195 W, -3578 W, -4.148e+09 W, -0.2934 W Compositions min/max/mass: -0.05635/1.066/5.738e+18 Number of advected particles: 20000 *** Timestep 249: t=1.52196e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -652.1 W, 609.1 W, -3205 W, -3589 W, -4.145e+09 W, -0.3003 W Compositions min/max/mass: -0.05627/1.066/5.739e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 250: t=1.52761e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -664.6 W, 605.7 W, -3215 W, -3600 W, -4.142e+09 W, -0.3084 W Compositions min/max/mass: -0.0562/1.066/5.739e+18 Number of advected particles: 20000 *** Timestep 251: t=1.53327e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -677.2 W, 602.3 W, -3226 W, -3612 W, -4.138e+09 W, -0.3198 W Compositions min/max/mass: -0.05612/1.066/5.739e+18 Number of advected particles: 20000 *** Timestep 252: t=1.53892e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -689.8 W, 598.7 W, -3236 W, -3623 W, -4.135e+09 W, -0.3298 W Compositions min/max/mass: -0.05605/1.066/5.739e+18 Number of advected particles: 20000 *** Timestep 253: t=1.54457e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -702.5 W, 595 W, -3246 W, -3634 W, -4.132e+09 W, -0.3379 W Compositions min/max/mass: -0.05597/1.066/5.74e+18 Number of advected particles: 20000 *** Timestep 254: t=1.55022e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -715.3 W, 591.2 W, -3256 W, -3645 W, -4.128e+09 W, -0.3483 W Compositions min/max/mass: -0.0559/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 255: t=1.55587e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -728.1 W, 587.2 W, -3266 W, -3656 W, -4.125e+09 W, -0.3574 W Compositions min/max/mass: -0.05582/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 256: t=1.56152e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1798 K, 1800 K, 2100 K Heat fluxes through boundary parts: -741 W, 583.1 W, -3276 W, -3667 W, -4.122e+09 W, -0.3644 W Compositions min/max/mass: -0.05575/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 257: t=1.56717e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -754 W, 578.8 W, -3285 W, -3678 W, -4.118e+09 W, -0.3719 W Compositions min/max/mass: -0.05568/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 258: t=1.57282e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -767 W, 574.4 W, -3295 W, -3689 W, -4.115e+09 W, -0.378 W Compositions min/max/mass: -0.05561/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 259: t=1.57847e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -780.2 W, 569.8 W, -3305 W, -3700 W, -4.111e+09 W, -0.3853 W Compositions min/max/mass: -0.05553/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 260: t=1.58412e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.3 W, 565.1 W, -3315 W, -3710 W, -4.108e+09 W, -0.3915 W Compositions min/max/mass: -0.05546/1.067/5.741e+18 Number of advected particles: 20000 Number of active cells: 44,913 (on 8 levels) Number of degrees of freedom: 2,341,511 (1,367,739+61,946+455,913+455,913) *** Timestep 261: t=1.58977e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 133+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -802.1 W, 559.8 W, -3321 W, -3720 W, -4.093e+09 W, -0.3993 W Compositions min/max/mass: -0.05539/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 262: t=1.59542e+15 seconds Solving temperature system... 7 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 133+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -801 W, 559.5 W, -3327 W, -3726 W, -4.102e+09 W, -0.4065 W Compositions min/max/mass: -0.05532/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 263: t=1.60107e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 38+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -800 W, 558.7 W, -3333 W, -3731 W, -4.109e+09 W, -0.416 W Compositions min/max/mass: -0.05525/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 264: t=1.60672e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -799.1 W, 557.6 W, -3339 W, -3736 W, -4.116e+09 W, -0.4236 W Compositions min/max/mass: -0.05517/1.067/5.74e+18 Number of advected particles: 20000 *** Timestep 265: t=1.61237e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -798.2 W, 556.5 W, -3345 W, -3741 W, -4.123e+09 W, -0.43 W Compositions min/max/mass: -0.0551/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 266: t=1.61802e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -797.4 W, 555.3 W, -3351 W, -3746 W, -4.13e+09 W, -0.438 W Compositions min/max/mass: -0.05503/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 267: t=1.62367e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -796.6 W, 554.1 W, -3356 W, -3752 W, -4.136e+09 W, -0.444 W Compositions min/max/mass: -0.05496/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 268: t=1.62932e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.9 W, 552.8 W, -3362 W, -3757 W, -4.142e+09 W, -0.4504 W Compositions min/max/mass: -0.05489/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 269: t=1.63497e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.2 W, 551.4 W, -3368 W, -3762 W, -4.148e+09 W, -0.4569 W Compositions min/max/mass: -0.05482/1.067/5.741e+18 Number of advected particles: 20000 *** Timestep 270: t=1.64062e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.6 W, 550.1 W, -3374 W, -3767 W, -4.154e+09 W, -0.4633 W Compositions min/max/mass: -0.05475/1.067/5.742e+18 Number of advected particles: 20000 *** Timestep 271: t=1.64627e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794 W, 548.7 W, -3380 W, -3772 W, -4.16e+09 W, -0.4699 W Compositions min/max/mass: -0.05468/1.067/5.742e+18 Number of advected particles: 20000 *** Timestep 272: t=1.65192e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.5 W, 547.2 W, -3385 W, -3778 W, -4.165e+09 W, -0.4782 W Compositions min/max/mass: -0.05461/1.067/5.742e+18 Number of advected particles: 20000 *** Timestep 273: t=1.65757e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793 W, 545.8 W, -3391 W, -3783 W, -4.17e+09 W, -0.4864 W Compositions min/max/mass: -0.05454/1.068/5.742e+18 Number of advected particles: 20000 *** Timestep 274: t=1.66322e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.5 W, 544.3 W, -3397 W, -3788 W, -4.175e+09 W, -0.4939 W Compositions min/max/mass: -0.05447/1.068/5.743e+18 Number of advected particles: 20000 *** Timestep 275: t=1.66887e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.1 W, 542.8 W, -3403 W, -3793 W, -4.179e+09 W, -0.4991 W Compositions min/max/mass: -0.0544/1.068/5.743e+18 Number of advected particles: 20000 *** Timestep 276: t=1.67452e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.7 W, 541.3 W, -3409 W, -3798 W, -4.183e+09 W, -0.5059 W Compositions min/max/mass: -0.05434/1.068/5.743e+18 Number of advected particles: 20000 *** Timestep 277: t=1.68017e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.3 W, 539.7 W, -3414 W, -3803 W, -4.187e+09 W, -0.5128 W Compositions min/max/mass: -0.05427/1.068/5.743e+18 Number of advected particles: 20000 *** Timestep 278: t=1.68582e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791 W, 538.2 W, -3420 W, -3808 W, -4.191e+09 W, -0.5172 W Compositions min/max/mass: -0.0542/1.068/5.743e+18 Number of advected particles: 20000 *** Timestep 279: t=1.69147e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.7 W, 536.6 W, -3426 W, -3813 W, -4.194e+09 W, -0.5223 W Compositions min/max/mass: -0.05413/1.068/5.744e+18 Number of advected particles: 20000 *** Timestep 280: t=1.69712e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.4 W, 535 W, -3431 W, -3819 W, -4.198e+09 W, -0.5265 W Compositions min/max/mass: -0.05407/1.068/5.744e+18 Number of advected particles: 20000 Number of active cells: 44,710 (on 8 levels) Number of degrees of freedom: 2,329,817 (1,360,917+61,622+453,639+453,639) *** Timestep 281: t=1.70277e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.2 W, 533.3 W, -3439 W, -3827 W, -4.113e+09 W, -0.5323 W Compositions min/max/mass: -0.054/1.068/5.744e+18 Number of advected particles: 20000 *** Timestep 282: t=1.70842e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790 W, 531.6 W, -3447 W, -3836 W, -4.115e+09 W, -0.5371 W Compositions min/max/mass: -0.05393/1.068/5.744e+18 Number of advected particles: 20000 *** Timestep 283: t=1.71407e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 529.8 W, -3456 W, -3846 W, -4.118e+09 W, -0.5409 W Compositions min/max/mass: -0.05387/1.068/5.744e+18 Number of advected particles: 20000 *** Timestep 284: t=1.71972e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 527.9 W, -3464 W, -3856 W, -4.12e+09 W, -0.5467 W Compositions min/max/mass: -0.0538/1.068/5.745e+18 Number of advected particles: 20000 *** Timestep 285: t=1.72537e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 526 W, -3473 W, -3865 W, -4.122e+09 W, -0.5522 W Compositions min/max/mass: -0.05373/1.068/5.745e+18 Number of advected particles: 20000 *** Timestep 286: t=1.73102e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 524.1 W, -3482 W, -3875 W, -4.124e+09 W, -0.5584 W Compositions min/max/mass: -0.05367/1.068/5.745e+18 Number of advected particles: 20000 *** Timestep 287: t=1.73667e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 522.2 W, -3490 W, -3884 W, -4.126e+09 W, -0.5656 W Compositions min/max/mass: -0.0536/1.068/5.745e+18 Number of advected particles: 20000 *** Timestep 288: t=1.74232e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -789.9 W, 520.3 W, -3499 W, -3894 W, -4.128e+09 W, -0.5719 W Compositions min/max/mass: -0.05354/1.068/5.746e+18 Number of advected particles: 20000 *** Timestep 289: t=1.74797e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790 W, 518.4 W, -3507 W, -3903 W, -4.13e+09 W, -0.5772 W Compositions min/max/mass: -0.05347/1.068/5.746e+18 Number of advected particles: 20000 *** Timestep 290: t=1.75362e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790 W, 516.5 W, -3516 W, -3913 W, -4.131e+09 W, -0.582 W Compositions min/max/mass: -0.05341/1.068/5.746e+18 Number of advected particles: 20000 *** Timestep 291: t=1.75927e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790 W, 514.6 W, -3525 W, -3922 W, -4.133e+09 W, -0.5856 W Compositions min/max/mass: -0.05334/1.068/5.746e+18 Number of advected particles: 20000 *** Timestep 292: t=1.76493e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.1 W, 512.7 W, -3533 W, -3932 W, -4.134e+09 W, -0.5894 W Compositions min/max/mass: -0.05328/1.068/5.746e+18 Number of advected particles: 20000 *** Timestep 293: t=1.77058e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.2 W, 510.8 W, -3542 W, -3941 W, -4.135e+09 W, -0.5959 W Compositions min/max/mass: -0.05321/1.068/5.747e+18 Number of advected particles: 20000 *** Timestep 294: t=1.77623e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.2 W, 508.9 W, -3550 W, -3950 W, -4.136e+09 W, -0.6016 W Compositions min/max/mass: -0.05315/1.069/5.747e+18 Number of advected particles: 20000 *** Timestep 295: t=1.78188e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.3 W, 507 W, -3559 W, -3959 W, -4.137e+09 W, -0.6061 W Compositions min/max/mass: -0.05309/1.069/5.747e+18 Number of advected particles: 20000 *** Timestep 296: t=1.78753e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.4 W, 505.1 W, -3567 W, -3969 W, -4.138e+09 W, -0.6103 W Compositions min/max/mass: -0.05302/1.069/5.747e+18 Number of advected particles: 20000 *** Timestep 297: t=1.79318e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.5 W, 503.2 W, -3576 W, -3978 W, -4.139e+09 W, -0.6141 W Compositions min/max/mass: -0.05296/1.069/5.747e+18 Number of advected particles: 20000 *** Timestep 298: t=1.79883e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.5 W, 501.3 W, -3584 W, -3987 W, -4.139e+09 W, -0.6165 W Compositions min/max/mass: -0.0529/1.069/5.748e+18 Number of advected particles: 20000 *** Timestep 299: t=1.80448e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.6 W, 499.4 W, -3593 W, -3996 W, -4.14e+09 W, -0.6187 W Compositions min/max/mass: -0.05284/1.069/5.748e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 300: t=1.81013e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.7 W, 497.5 W, -3601 W, -4005 W, -4.14e+09 W, -0.6212 W Compositions min/max/mass: -0.05277/1.069/5.748e+18 Number of advected particles: 20000 Number of active cells: 44,724 (on 8 levels) Number of degrees of freedom: 2,330,785 (1,361,481+61,650+453,827+453,827) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 5.61e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 304 | 349s | 6.2% | | Assemble composition system | 304 | 127s | 2.3% | | Assemble temperature system | 304 | 139s | 2.5% | | Build Stokes preconditioner | 304 | 1.2e+03s | 21% | | Build composition preconditioner| 304 | 4.04s | 0% | | Build temperature preconditioner| 304 | 4.74s | 0% | | Solve Stokes system | 304 | 3.19e+03s | 57% | | Solve composition system | 304 | 44.9s | 0.8% | | Solve temperature system | 304 | 31.2s | 0.56% | | Create snapshot | 6 | 25.7s | 0.46% | | Initialization | 1 | 0.922s | 0% | | Particles: Advect | 602 | 20.9s | 0.37% | | Particles: Generate | 1 | 83.8s | 1.5% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Initialize properties| 4 | 0.0185s | 0% | | Particles: Sort | 602 | 51s | 0.91% | | Particles: Update properties | 1 | 0.0352s | 0% | | Postprocessing | 301 | 116s | 2.1% | | Refine mesh structure, part 1 | 18 | 32.6s | 0.58% | | Refine mesh structure, part 2 | 18 | 5.41s | 0% | | Setup dof systems | 19 | 35.7s | 0.64% | | Setup initial conditions | 4 | 86.1s | 1.5% | +---------------------------------+-----------+------------+------------+ *** Timestep 301: t=1.81578e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.9 W, 495.4 W, -3610 W, -4012 W, -4.064e+09 W, -0.6238 W Compositions min/max/mass: -0.05271/1.069/5.748e+18 Number of advected particles: 20000 *** Timestep 302: t=1.82143e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.1 W, 493.1 W, -3618 W, -4018 W, -4.066e+09 W, -0.6269 W Compositions min/max/mass: -0.05265/1.069/5.748e+18 Number of advected particles: 20000 *** Timestep 303: t=1.82708e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.3 W, 490.9 W, -3627 W, -4024 W, -4.067e+09 W, -0.6303 W Compositions min/max/mass: -0.05259/1.069/5.749e+18 Number of advected particles: 20000 *** Timestep 304: t=1.83273e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.5 W, 488.7 W, -3636 W, -4031 W, -4.069e+09 W, -0.6341 W Compositions min/max/mass: -0.05252/1.069/5.749e+18 Number of advected particles: 20000 *** Timestep 305: t=1.83838e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.7 W, 486.4 W, -3645 W, -4037 W, -4.07e+09 W, -0.6376 W Compositions min/max/mass: -0.05246/1.069/5.749e+18 Number of advected particles: 20000 *** Timestep 306: t=1.84403e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.9 W, 484.2 W, -3654 W, -4043 W, -4.072e+09 W, -0.6417 W Compositions min/max/mass: -0.0524/1.069/5.749e+18 Number of advected particles: 20000 *** Timestep 307: t=1.84968e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.2 W, 482 W, -3663 W, -4050 W, -4.073e+09 W, -0.6463 W Compositions min/max/mass: -0.05234/1.069/5.749e+18 Number of advected particles: 20000 *** Timestep 308: t=1.85533e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.4 W, 479.8 W, -3672 W, -4056 W, -4.074e+09 W, -0.6485 W Compositions min/max/mass: -0.05228/1.069/5.75e+18 Number of advected particles: 20000 *** Timestep 309: t=1.86098e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.6 W, 477.6 W, -3680 W, -4062 W, -4.075e+09 W, -0.6514 W Compositions min/max/mass: -0.05222/1.069/5.75e+18 Number of advected particles: 20000 *** Timestep 310: t=1.86663e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.9 W, 475.4 W, -3689 W, -4069 W, -4.076e+09 W, -0.6535 W Compositions min/max/mass: -0.05216/1.069/5.75e+18 Number of advected particles: 20000 *** Timestep 311: t=1.87228e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.1 W, 473.2 W, -3698 W, -4075 W, -4.077e+09 W, -0.6566 W Compositions min/max/mass: -0.0521/1.069/5.75e+18 Number of advected particles: 20000 *** Timestep 312: t=1.87793e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.4 W, 471 W, -3707 W, -4081 W, -4.078e+09 W, -0.6585 W Compositions min/max/mass: -0.05204/1.069/5.75e+18 Number of advected particles: 20000 *** Timestep 313: t=1.88358e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.7 W, 468.8 W, -3715 W, -4087 W, -4.078e+09 W, -0.6599 W Compositions min/max/mass: -0.05198/1.069/5.751e+18 Number of advected particles: 20000 *** Timestep 314: t=1.88923e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.9 W, 466.6 W, -3724 W, -4093 W, -4.079e+09 W, -0.6612 W Compositions min/max/mass: -0.05192/1.069/5.751e+18 Number of advected particles: 20000 *** Timestep 315: t=1.89488e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.2 W, 464.4 W, -3733 W, -4100 W, -4.079e+09 W, -0.6644 W Compositions min/max/mass: -0.05186/1.069/5.751e+18 Number of advected particles: 20000 *** Timestep 316: t=1.90053e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.5 W, 462.3 W, -3741 W, -4106 W, -4.079e+09 W, -0.6661 W Compositions min/max/mass: -0.0518/1.069/5.751e+18 Number of advected particles: 20000 *** Timestep 317: t=1.90618e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.8 W, 460.1 W, -3750 W, -4112 W, -4.079e+09 W, -0.6679 W Compositions min/max/mass: -0.05174/1.069/5.751e+18 Number of advected particles: 20000 *** Timestep 318: t=1.91183e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795 W, 457.9 W, -3758 W, -4118 W, -4.079e+09 W, -0.6694 W Compositions min/max/mass: -0.05168/1.069/5.752e+18 Number of advected particles: 20000 *** Timestep 319: t=1.91748e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.3 W, 455.7 W, -3767 W, -4123 W, -4.079e+09 W, -0.6716 W Compositions min/max/mass: -0.05162/1.07/5.752e+18 Number of advected particles: 20000 *** Timestep 320: t=1.92313e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.6 W, 453.5 W, -3775 W, -4129 W, -4.078e+09 W, -0.6758 W Compositions min/max/mass: -0.05156/1.07/5.752e+18 Number of advected particles: 20000 Number of active cells: 44,871 (on 8 levels) Number of degrees of freedom: 2,338,566 (1,366,023+61,861+455,341+455,341) *** Timestep 321: t=1.92878e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 104+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.5 W, 452.1 W, -3781 W, -4138 W, -4.042e+09 W, -0.68 W Compositions min/max/mass: -0.0515/1.07/5.752e+18 Number of advected particles: 20000 *** Timestep 322: t=1.93443e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 105+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795.3 W, 451.8 W, -3786 W, -4148 W, -4.05e+09 W, -0.683 W Compositions min/max/mass: -0.05145/1.07/5.753e+18 Number of advected particles: 20000 *** Timestep 323: t=1.94008e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -795 W, 451.4 W, -3791 W, -4157 W, -4.057e+09 W, -0.6856 W Compositions min/max/mass: -0.05139/1.07/5.753e+18 Number of advected particles: 20000 *** Timestep 324: t=1.94573e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.7 W, 450.9 W, -3796 W, -4167 W, -4.064e+09 W, -0.6882 W Compositions min/max/mass: -0.05133/1.07/5.753e+18 Number of advected particles: 20000 *** Timestep 325: t=1.95138e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.4 W, 450.4 W, -3801 W, -4176 W, -4.071e+09 W, -0.6926 W Compositions min/max/mass: -0.05127/1.07/5.753e+18 Number of advected particles: 20000 *** Timestep 326: t=1.95703e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.1 W, 449.9 W, -3806 W, -4186 W, -4.077e+09 W, -0.6947 W Compositions min/max/mass: -0.05121/1.07/5.753e+18 Number of advected particles: 20000 *** Timestep 327: t=1.96268e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.9 W, 449.4 W, -3811 W, -4195 W, -4.083e+09 W, -0.697 W Compositions min/max/mass: -0.05116/1.07/5.754e+18 Number of advected particles: 20000 *** Timestep 328: t=1.96833e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.6 W, 448.9 W, -3816 W, -4204 W, -4.088e+09 W, -0.6997 W Compositions min/max/mass: -0.0511/1.07/5.754e+18 Number of advected particles: 20000 *** Timestep 329: t=1.97398e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793.3 W, 448.4 W, -3821 W, -4214 W, -4.094e+09 W, -0.7031 W Compositions min/max/mass: -0.05104/1.07/5.754e+18 Number of advected particles: 20000 *** Timestep 330: t=1.97963e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -793 W, 447.9 W, -3826 W, -4223 W, -4.099e+09 W, -0.7071 W Compositions min/max/mass: -0.05098/1.07/5.754e+18 Number of advected particles: 20000 *** Timestep 331: t=1.98528e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.7 W, 447.5 W, -3831 W, -4232 W, -4.104e+09 W, -0.7108 W Compositions min/max/mass: -0.05093/1.07/5.754e+18 Number of advected particles: 20000 *** Timestep 332: t=1.99094e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.4 W, 447 W, -3836 W, -4242 W, -4.108e+09 W, -0.7146 W Compositions min/max/mass: -0.05087/1.07/5.755e+18 Number of advected particles: 20000 *** Timestep 333: t=1.99659e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.2 W, 446.5 W, -3841 W, -4251 W, -4.113e+09 W, -0.7174 W Compositions min/max/mass: -0.05081/1.07/5.755e+18 Number of advected particles: 20000 *** Timestep 334: t=2.00224e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.9 W, 446 W, -3846 W, -4260 W, -4.117e+09 W, -0.7188 W Compositions min/max/mass: -0.05076/1.07/5.755e+18 Number of advected particles: 20000 *** Timestep 335: t=2.00789e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.7 W, 445.6 W, -3851 W, -4269 W, -4.121e+09 W, -0.7212 W Compositions min/max/mass: -0.0507/1.07/5.755e+18 Number of advected particles: 20000 *** Timestep 336: t=2.01354e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.4 W, 445.1 W, -3855 W, -4278 W, -4.125e+09 W, -0.7226 W Compositions min/max/mass: -0.05065/1.07/5.755e+18 Number of advected particles: 20000 *** Timestep 337: t=2.01919e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.2 W, 444.7 W, -3860 W, -4288 W, -4.128e+09 W, -0.7246 W Compositions min/max/mass: -0.05059/1.07/5.756e+18 Number of advected particles: 20000 *** Timestep 338: t=2.02484e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.9 W, 444.3 W, -3865 W, -4297 W, -4.132e+09 W, -0.7274 W Compositions min/max/mass: -0.05054/1.07/5.756e+18 Number of advected particles: 20000 *** Timestep 339: t=2.03049e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.7 W, 443.8 W, -3870 W, -4306 W, -4.135e+09 W, -0.729 W Compositions min/max/mass: -0.05048/1.07/5.756e+18 Number of advected particles: 20000 *** Timestep 340: t=2.03614e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -790.5 W, 443.4 W, -3875 W, -4315 W, -4.139e+09 W, -0.7321 W Compositions min/max/mass: -0.05042/1.07/5.756e+18 Number of advected particles: 20000 Number of active cells: 44,717 (on 8 levels) Number of degrees of freedom: 2,330,031 (1,361,043+61,626+453,681+453,681) *** Timestep 341: t=2.04179e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 107+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.1 W, 443 W, -3882 W, -4323 W, -4.026e+09 W, -0.7355 W Compositions min/max/mass: -0.05037/1.07/5.757e+18 Number of advected particles: 20000 *** Timestep 342: t=2.04744e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 107+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -792.7 W, 442.6 W, -3891 W, -4332 W, -4.029e+09 W, -0.7397 W Compositions min/max/mass: -0.05031/1.07/5.758e+18 Number of advected particles: 20000 *** Timestep 343: t=2.05309e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -794.3 W, 442.1 W, -3899 W, -4340 W, -4.031e+09 W, -0.7445 W Compositions min/max/mass: -0.05026/1.07/5.758e+18 Number of advected particles: 20000 *** Timestep 344: t=2.05874e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -796 W, 441.7 W, -3908 W, -4348 W, -4.034e+09 W, -0.7472 W Compositions min/max/mass: -0.0502/1.07/5.758e+18 Number of advected particles: 20000 *** Timestep 345: t=2.06439e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -797.6 W, 441.3 W, -3917 W, -4356 W, -4.036e+09 W, -0.7483 W Compositions min/max/mass: -0.05015/1.07/5.758e+18 Number of advected particles: 20000 *** Timestep 346: t=2.07004e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -799.2 W, 440.8 W, -3926 W, -4365 W, -4.038e+09 W, -0.7499 W Compositions min/max/mass: -0.0501/1.07/5.758e+18 Number of advected particles: 20000 *** Timestep 347: t=2.07569e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -800.8 W, 440.4 W, -3935 W, -4373 W, -4.039e+09 W, -0.7517 W Compositions min/max/mass: -0.05004/1.07/5.759e+18 Number of advected particles: 20000 *** Timestep 348: t=2.08134e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -802.4 W, 439.9 W, -3944 W, -4381 W, -4.041e+09 W, -0.7538 W Compositions min/max/mass: -0.04999/1.07/5.759e+18 Number of advected particles: 20000 *** Timestep 349: t=2.08699e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -804.1 W, 439.5 W, -3953 W, -4389 W, -4.042e+09 W, -0.7561 W Compositions min/max/mass: -0.04993/1.07/5.759e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 350: t=2.09264e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -805.7 W, 439.1 W, -3961 W, -4398 W, -4.044e+09 W, -0.7582 W Compositions min/max/mass: -0.04988/1.071/5.759e+18 Number of advected particles: 20000 *** Timestep 351: t=2.09829e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -807.3 W, 438.7 W, -3970 W, -4406 W, -4.045e+09 W, -0.7597 W Compositions min/max/mass: -0.04983/1.071/5.759e+18 Number of advected particles: 20000 *** Timestep 352: t=2.10394e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -809 W, 438.3 W, -3979 W, -4414 W, -4.046e+09 W, -0.7602 W Compositions min/max/mass: -0.04977/1.071/5.76e+18 Number of advected particles: 20000 *** Timestep 353: t=2.10959e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -810.6 W, 437.9 W, -3988 W, -4422 W, -4.047e+09 W, -0.7614 W Compositions min/max/mass: -0.04972/1.071/5.76e+18 Number of advected particles: 20000 *** Timestep 354: t=2.11524e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -812.3 W, 437.5 W, -3997 W, -4430 W, -4.047e+09 W, -0.7624 W Compositions min/max/mass: -0.04967/1.071/5.76e+18 Number of advected particles: 20000 *** Timestep 355: t=2.12089e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -813.9 W, 437.1 W, -4005 W, -4438 W, -4.048e+09 W, -0.7625 W Compositions min/max/mass: -0.04961/1.071/5.76e+18 Number of advected particles: 20000 *** Timestep 356: t=2.12654e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -815.6 W, 436.7 W, -4014 W, -4446 W, -4.048e+09 W, -0.7637 W Compositions min/max/mass: -0.04956/1.071/5.76e+18 Number of advected particles: 20000 *** Timestep 357: t=2.13219e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -817.3 W, 436.3 W, -4023 W, -4454 W, -4.048e+09 W, -0.7658 W Compositions min/max/mass: -0.04951/1.071/5.761e+18 Number of advected particles: 20000 *** Timestep 358: t=2.13784e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -818.9 W, 435.9 W, -4031 W, -4461 W, -4.048e+09 W, -0.7691 W Compositions min/max/mass: -0.04945/1.071/5.761e+18 Number of advected particles: 20000 *** Timestep 359: t=2.14349e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -820.6 W, 435.5 W, -4040 W, -4469 W, -4.048e+09 W, -0.7715 W Compositions min/max/mass: -0.0494/1.071/5.761e+18 Number of advected particles: 20000 *** Timestep 360: t=2.14914e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 435.2 W, -4049 W, -4477 W, -4.048e+09 W, -0.7726 W Compositions min/max/mass: -0.04935/1.071/5.761e+18 Number of advected particles: 20000 Number of active cells: 44,983 (on 8 levels) Number of degrees of freedom: 2,344,695 (1,369,599+62,030+456,533+456,533) *** Timestep 361: t=2.15479e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 106+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823 W, 434.8 W, -4054 W, -4481 W, -4.045e+09 W, -0.7734 W Compositions min/max/mass: -0.0493/1.071/5.761e+18 Number of advected particles: 20000 *** Timestep 362: t=2.16044e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 107+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.6 W, 434.5 W, -4058 W, -4484 W, -4.058e+09 W, -0.7768 W Compositions min/max/mass: -0.04924/1.071/5.762e+18 Number of advected particles: 20000 *** Timestep 363: t=2.16609e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 434.2 W, -4062 W, -4487 W, -4.069e+09 W, -0.7767 W Compositions min/max/mass: -0.04919/1.071/5.762e+18 Number of advected particles: 20000 *** Timestep 364: t=2.17174e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 433.9 W, -4065 W, -4489 W, -4.08e+09 W, -0.7786 W Compositions min/max/mass: -0.04914/1.071/5.762e+18 Number of advected particles: 20000 *** Timestep 365: t=2.17739e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.2 W, 433.6 W, -4069 W, -4491 W, -4.091e+09 W, -0.7821 W Compositions min/max/mass: -0.04909/1.071/5.762e+18 Number of advected particles: 20000 *** Timestep 366: t=2.18304e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.2 W, 433.4 W, -4073 W, -4493 W, -4.101e+09 W, -0.7846 W Compositions min/max/mass: -0.04904/1.071/5.762e+18 Number of advected particles: 20000 *** Timestep 367: t=2.18869e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.2 W, 433.1 W, -4076 W, -4496 W, -4.11e+09 W, -0.7886 W Compositions min/max/mass: -0.04899/1.071/5.763e+18 Number of advected particles: 20000 *** Timestep 368: t=2.19434e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.2 W, 432.9 W, -4080 W, -4498 W, -4.119e+09 W, -0.791 W Compositions min/max/mass: -0.04893/1.071/5.763e+18 Number of advected particles: 20000 *** Timestep 369: t=2.19999e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 432.7 W, -4083 W, -4500 W, -4.128e+09 W, -0.7913 W Compositions min/max/mass: -0.04888/1.071/5.763e+18 Number of advected particles: 20000 *** Timestep 370: t=2.20564e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 432.4 W, -4087 W, -4503 W, -4.136e+09 W, -0.7939 W Compositions min/max/mass: -0.04883/1.071/5.763e+18 Number of advected particles: 20000 *** Timestep 371: t=2.21129e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 432.2 W, -4091 W, -4505 W, -4.144e+09 W, -0.7941 W Compositions min/max/mass: -0.04878/1.071/5.763e+18 Number of advected particles: 20000 *** Timestep 372: t=2.21695e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 432 W, -4094 W, -4507 W, -4.152e+09 W, -0.7963 W Compositions min/max/mass: -0.04873/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 373: t=2.2226e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 431.8 W, -4098 W, -4510 W, -4.159e+09 W, -0.7986 W Compositions min/max/mass: -0.04868/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 374: t=2.22825e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 431.6 W, -4102 W, -4512 W, -4.167e+09 W, -0.801 W Compositions min/max/mass: -0.04863/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 375: t=2.2339e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.3 W, 431.4 W, -4105 W, -4514 W, -4.174e+09 W, -0.8039 W Compositions min/max/mass: -0.04858/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 376: t=2.23955e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 431.3 W, -4109 W, -4516 W, -4.18e+09 W, -0.8064 W Compositions min/max/mass: -0.04853/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 377: t=2.2452e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 431.1 W, -4112 W, -4519 W, -4.187e+09 W, -0.8085 W Compositions min/max/mass: -0.04848/1.071/5.764e+18 Number of advected particles: 20000 *** Timestep 378: t=2.25085e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 430.9 W, -4115 W, -4521 W, -4.193e+09 W, -0.8106 W Compositions min/max/mass: -0.04843/1.071/5.765e+18 Number of advected particles: 20000 *** Timestep 379: t=2.2565e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 430.7 W, -4119 W, -4523 W, -4.199e+09 W, -0.8121 W Compositions min/max/mass: -0.04838/1.071/5.765e+18 Number of advected particles: 20000 *** Timestep 380: t=2.26215e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.4 W, 430.6 W, -4122 W, -4526 W, -4.205e+09 W, -0.8128 W Compositions min/max/mass: -0.04833/1.071/5.765e+18 Number of advected particles: 20000 Number of active cells: 44,766 (on 8 levels) Number of degrees of freedom: 2,331,829 (1,362,096+61,669+454,032+454,032) *** Timestep 381: t=2.2678e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 102+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.5 W, 430.4 W, -4129 W, -4533 W, -4.102e+09 W, -0.8141 W Compositions min/max/mass: -0.04828/1.071/5.765e+18 Number of advected particles: 20000 *** Timestep 382: t=2.27345e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.6 W, 430.2 W, -4137 W, -4541 W, -4.106e+09 W, -0.8157 W Compositions min/max/mass: -0.04823/1.071/5.765e+18 Number of advected particles: 20000 *** Timestep 383: t=2.2791e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.7 W, 430 W, -4146 W, -4549 W, -4.109e+09 W, -0.8156 W Compositions min/max/mass: -0.04818/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 384: t=2.28475e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -822.9 W, 429.7 W, -4155 W, -4557 W, -4.112e+09 W, -0.8169 W Compositions min/max/mass: -0.04813/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 385: t=2.2904e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823.1 W, 429.4 W, -4165 W, -4566 W, -4.114e+09 W, -0.8182 W Compositions min/max/mass: -0.04808/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 386: t=2.29605e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823.3 W, 429.1 W, -4174 W, -4574 W, -4.116e+09 W, -0.8191 W Compositions min/max/mass: -0.04803/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 387: t=2.3017e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 12+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823.5 W, 428.9 W, -4183 W, -4582 W, -4.118e+09 W, -0.819 W Compositions min/max/mass: -0.04798/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 388: t=2.30735e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 12+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823.7 W, 428.6 W, -4192 W, -4590 W, -4.12e+09 W, -0.8191 W Compositions min/max/mass: -0.04793/1.071/5.766e+18 Number of advected particles: 20000 *** Timestep 389: t=2.313e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -823.9 W, 428.3 W, -4202 W, -4598 W, -4.122e+09 W, -0.8192 W Compositions min/max/mass: -0.04789/1.071/5.767e+18 Number of advected particles: 20000 *** Timestep 390: t=2.31865e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -824.1 W, 428.1 W, -4211 W, -4606 W, -4.124e+09 W, -0.8207 W Compositions min/max/mass: -0.04784/1.071/5.767e+18 Number of advected particles: 20000 *** Timestep 391: t=2.3243e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -824.3 W, 427.8 W, -4220 W, -4614 W, -4.125e+09 W, -0.8231 W Compositions min/max/mass: -0.04779/1.072/5.767e+18 Number of advected particles: 20000 *** Timestep 392: t=2.32995e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -824.5 W, 427.6 W, -4229 W, -4622 W, -4.127e+09 W, -0.8245 W Compositions min/max/mass: -0.04774/1.072/5.767e+18 Number of advected particles: 20000 *** Timestep 393: t=2.3356e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -824.7 W, 427.3 W, -4238 W, -4630 W, -4.128e+09 W, -0.8256 W Compositions min/max/mass: -0.04769/1.072/5.767e+18 Number of advected particles: 20000 *** Timestep 394: t=2.34125e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -824.9 W, 427.1 W, -4247 W, -4638 W, -4.129e+09 W, -0.8281 W Compositions min/max/mass: -0.04764/1.072/5.768e+18 Number of advected particles: 20000 *** Timestep 395: t=2.3469e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -825.1 W, 426.8 W, -4256 W, -4646 W, -4.13e+09 W, -0.8289 W Compositions min/max/mass: -0.0476/1.072/5.768e+18 Number of advected particles: 20000 *** Timestep 396: t=2.35255e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -825.4 W, 426.6 W, -4265 W, -4654 W, -4.131e+09 W, -0.8312 W Compositions min/max/mass: -0.04755/1.072/5.768e+18 Number of advected particles: 20000 *** Timestep 397: t=2.3582e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -825.6 W, 426.3 W, -4274 W, -4662 W, -4.132e+09 W, -0.8329 W Compositions min/max/mass: -0.0475/1.072/5.768e+18 Number of advected particles: 20000 *** Timestep 398: t=2.36385e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -825.8 W, 426.1 W, -4283 W, -4670 W, -4.133e+09 W, -0.8348 W Compositions min/max/mass: -0.04745/1.072/5.768e+18 Number of advected particles: 20000 *** Timestep 399: t=2.3695e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.1 W, 425.8 W, -4292 W, -4678 W, -4.134e+09 W, -0.8365 W Compositions min/max/mass: -0.04741/1.072/5.768e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 400: t=2.37515e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.3 W, 425.6 W, -4301 W, -4686 W, -4.135e+09 W, -0.8382 W Compositions min/max/mass: -0.04736/1.072/5.769e+18 Number of advected particles: 20000 Number of active cells: 45,137 (on 8 levels) Number of degrees of freedom: 2,351,852 (1,373,784+62,212+457,928+457,928) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 6.82e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 404 | 472s | 6.9% | | Assemble composition system | 404 | 172s | 2.5% | | Assemble temperature system | 404 | 187s | 2.7% | | Build Stokes preconditioner | 404 | 1.39e+03s | 20% | | Build composition preconditioner| 404 | 5.49s | 0% | | Build temperature preconditioner| 404 | 6.13s | 0% | | Solve Stokes system | 404 | 3.82e+03s | 56% | | Solve composition system | 404 | 59.7s | 0.88% | | Solve temperature system | 404 | 41.9s | 0.61% | | Create snapshot | 8 | 33.7s | 0.49% | | Initialization | 1 | 0.922s | 0% | | Particles: Advect | 802 | 29s | 0.43% | | Particles: Generate | 1 | 83.8s | 1.2% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Initialize properties| 4 | 0.0185s | 0% | | Particles: Sort | 802 | 69.2s | 1% | | Particles: Update properties | 1 | 0.0352s | 0% | | Postprocessing | 401 | 156s | 2.3% | | Refine mesh structure, part 1 | 23 | 43.1s | 0.63% | | Refine mesh structure, part 2 | 23 | 7.02s | 0.1% | | Setup dof systems | 24 | 46.5s | 0.68% | | Setup initial conditions | 4 | 86.1s | 1.3% | +---------------------------------+-----------+------------+------------+ *** Timestep 401: t=2.3808e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 98+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.5 W, 425.4 W, -4306 W, -4689 W, -4.125e+09 W, -0.8405 W Compositions min/max/mass: -0.04731/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 402: t=2.38645e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 98+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.7 W, 425.3 W, -4310 W, -4692 W, -4.141e+09 W, -0.843 W Compositions min/max/mass: -0.04726/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 403: t=2.3921e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.9 W, 425.2 W, -4314 W, -4694 W, -4.156e+09 W, -0.8468 W Compositions min/max/mass: -0.04722/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 404: t=2.39775e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.1 W, 425.1 W, -4318 W, -4695 W, -4.17e+09 W, -0.8483 W Compositions min/max/mass: -0.04717/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 405: t=2.4034e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.3 W, 425 W, -4322 W, -4697 W, -4.184e+09 W, -0.8519 W Compositions min/max/mass: -0.04712/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 406: t=2.40905e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.5 W, 424.9 W, -4326 W, -4699 W, -4.196e+09 W, -0.8557 W Compositions min/max/mass: -0.04708/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 407: t=2.4147e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.8 W, 424.8 W, -4330 W, -4701 W, -4.208e+09 W, -0.8604 W Compositions min/max/mass: -0.04703/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 408: t=2.42035e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828 W, 424.8 W, -4333 W, -4703 W, -4.22e+09 W, -0.8653 W Compositions min/max/mass: -0.04698/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 409: t=2.426e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.2 W, 424.7 W, -4337 W, -4705 W, -4.23e+09 W, -0.8679 W Compositions min/max/mass: -0.04694/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 410: t=2.43165e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.4 W, 424.6 W, -4341 W, -4707 W, -4.241e+09 W, -0.8697 W Compositions min/max/mass: -0.04689/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 411: t=2.4373e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.7 W, 424.5 W, -4345 W, -4710 W, -4.25e+09 W, -0.8733 W Compositions min/max/mass: -0.04685/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 412: t=2.44295e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 12+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.9 W, 424.5 W, -4349 W, -4712 W, -4.26e+09 W, -0.8751 W Compositions min/max/mass: -0.0468/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 413: t=2.44861e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.2 W, 424.4 W, -4353 W, -4714 W, -4.269e+09 W, -0.8766 W Compositions min/max/mass: -0.04675/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 414: t=2.45426e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.4 W, 424.3 W, -4357 W, -4716 W, -4.277e+09 W, -0.8772 W Compositions min/max/mass: -0.04671/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 415: t=2.45991e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.7 W, 424.3 W, -4360 W, -4718 W, -4.286e+09 W, -0.8791 W Compositions min/max/mass: -0.04666/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 416: t=2.46556e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.9 W, 424.2 W, -4364 W, -4720 W, -4.294e+09 W, -0.8814 W Compositions min/max/mass: -0.04662/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 417: t=2.47121e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.2 W, 424.2 W, -4368 W, -4722 W, -4.302e+09 W, -0.8832 W Compositions min/max/mass: -0.04657/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 418: t=2.47686e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.4 W, 424.1 W, -4372 W, -4724 W, -4.309e+09 W, -0.8852 W Compositions min/max/mass: -0.04652/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 419: t=2.48251e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.7 W, 424.1 W, -4375 W, -4726 W, -4.317e+09 W, -0.8875 W Compositions min/max/mass: -0.04648/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 420: t=2.48816e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.9 W, 424.1 W, -4379 W, -4727 W, -4.324e+09 W, -0.8902 W Compositions min/max/mass: -0.04643/1.072/5.772e+18 Number of advected particles: 20000 Number of active cells: 44,808 (on 8 levels) Number of degrees of freedom: 2,334,137 (1,363,443+61,732+454,481+454,481) *** Timestep 421: t=2.49381e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.1 W, 424 W, -4386 W, -4735 W, -4.184e+09 W, -0.8924 W Compositions min/max/mass: -0.04639/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 422: t=2.49946e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.4 W, 423.9 W, -4394 W, -4743 W, -4.189e+09 W, -0.8948 W Compositions min/max/mass: -0.04634/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 423: t=2.50511e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.7 W, 423.7 W, -4403 W, -4751 W, -4.193e+09 W, -0.8962 W Compositions min/max/mass: -0.0463/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 424: t=2.51076e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832 W, 423.6 W, -4412 W, -4760 W, -4.196e+09 W, -0.9002 W Compositions min/max/mass: -0.04625/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 425: t=2.51641e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.3 W, 423.4 W, -4421 W, -4769 W, -4.198e+09 W, -0.9032 W Compositions min/max/mass: -0.04621/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 426: t=2.52206e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.5 W, 423.1 W, -4431 W, -4777 W, -4.2e+09 W, -0.9061 W Compositions min/max/mass: -0.04616/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 427: t=2.52771e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.8 W, 422.9 W, -4440 W, -4786 W, -4.201e+09 W, -0.9084 W Compositions min/max/mass: -0.04612/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 428: t=2.53336e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -833.1 W, 422.7 W, -4449 W, -4794 W, -4.202e+09 W, -0.9097 W Compositions min/max/mass: -0.04607/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 429: t=2.53901e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... ----------------------------------------------------------------------------- -- This is ASPECT, the Advanced Solver for Problems in Earth's ConvecTion. -- . version 2.0.1 (aspect-2.0, 2863594) -- . using deal.II 9.0.0 -- . using Trilinos 12.10.1 -- . using p4est 2.0.0 -- . running in DEBUG mode -- . running with 1088 MPI processes -- How to cite ASPECT: https://aspect.geodynamics.org/cite.html ----------------------------------------------------------------------------- *** Resuming from snapshot! Number of active cells: 44,766 (on 8 levels) Number of degrees of freedom: 2,331,829 (1,362,096+61,669+454,032+454,032) *** Timestep 400: t=2.37515e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.3 W, 425.6 W, -4301 W, -4686 W, -4.135e+09 W, -0.8382 W Compositions min/max/mass: -0.04736/1.072/5.769e+18 Number of advected particles: 20000 Number of active cells: 45,151 (on 8 levels) Number of degrees of freedom: 2,352,489 (1,374,156+62,229+458,052+458,052) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 25.3s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 1 | 1.76s | 6.9% | | Assemble composition system | 1 | 0.491s | 1.9% | | Assemble temperature system | 1 | 0.835s | 3.3% | | Build Stokes preconditioner | 1 | 4.21s | 17% | | Build composition preconditioner| 1 | 0.0169s | 0% | | Build temperature preconditioner| 1 | 0.12s | 0.48% | | Solve Stokes system | 1 | 3.43s | 14% | | Solve composition system | 1 | 0.132s | 0.52% | | Solve temperature system | 1 | 0.339s | 1.3% | | Initialization | 1 | 0.583s | 2.3% | | Particles: Advect | 2 | 0.13s | 0.51% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Sort | 2 | 0.182s | 0.72% | | Postprocessing | 1 | 0.518s | 2% | | Refine mesh structure, part 1 | 1 | 2.32s | 9.2% | | Refine mesh structure, part 2 | 1 | 0.33s | 1.3% | | Setup dof systems | 2 | 4.92s | 19% | +---------------------------------+-----------+------------+------------+ *** Timestep 401: t=2.3808e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 95+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.4 W, 425.4 W, -4306 W, -4689 W, -4.142e+09 W, -0.8396 W Compositions min/max/mass: -0.04731/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 402: t=2.38645e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 95+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.5 W, 425.2 W, -4310 W, -4691 W, -4.158e+09 W, -0.8409 W Compositions min/max/mass: -0.04726/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 403: t=2.3921e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.6 W, 425.1 W, -4314 W, -4693 W, -4.173e+09 W, -0.8422 W Compositions min/max/mass: -0.04722/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 404: t=2.39775e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.7 W, 425 W, -4317 W, -4695 W, -4.188e+09 W, -0.845 W Compositions min/max/mass: -0.04717/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 405: t=2.4034e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.8 W, 424.9 W, -4320 W, -4696 W, -4.202e+09 W, -0.8471 W Compositions min/max/mass: -0.04712/1.072/5.769e+18 Number of advected particles: 20000 *** Timestep 406: t=2.40905e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.8 W, 424.8 W, -4324 W, -4698 W, -4.215e+09 W, -0.8485 W Compositions min/max/mass: -0.04708/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 407: t=2.4147e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -826.9 W, 424.8 W, -4327 W, -4700 W, -4.227e+09 W, -0.8496 W Compositions min/max/mass: -0.04703/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 408: t=2.42035e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827 W, 424.7 W, -4330 W, -4702 W, -4.239e+09 W, -0.8515 W Compositions min/max/mass: -0.04698/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 409: t=2.426e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.1 W, 424.6 W, -4334 W, -4705 W, -4.25e+09 W, -0.8547 W Compositions min/max/mass: -0.04694/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 410: t=2.43165e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.2 W, 424.5 W, -4337 W, -4707 W, -4.26e+09 W, -0.8571 W Compositions min/max/mass: -0.04689/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 411: t=2.4373e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.2 W, 424.4 W, -4340 W, -4709 W, -4.271e+09 W, -0.8576 W Compositions min/max/mass: -0.04685/1.072/5.77e+18 Number of advected particles: 20000 *** Timestep 412: t=2.44295e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.3 W, 424.4 W, -4343 W, -4711 W, -4.28e+09 W, -0.8597 W Compositions min/max/mass: -0.0468/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 413: t=2.4486e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.4 W, 424.3 W, -4347 W, -4713 W, -4.289e+09 W, -0.8622 W Compositions min/max/mass: -0.04675/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 414: t=2.45426e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.5 W, 424.2 W, -4350 W, -4715 W, -4.298e+09 W, -0.8656 W Compositions min/max/mass: -0.04671/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 415: t=2.45991e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.6 W, 424.2 W, -4353 W, -4717 W, -4.307e+09 W, -0.8699 W Compositions min/max/mass: -0.04666/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 416: t=2.46556e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.7 W, 424.1 W, -4357 W, -4719 W, -4.315e+09 W, -0.8734 W Compositions min/max/mass: -0.04662/1.072/5.771e+18 Number of advected particles: 20000 *** Timestep 417: t=2.47121e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.8 W, 424.1 W, -4360 W, -4721 W, -4.323e+09 W, -0.8764 W Compositions min/max/mass: -0.04657/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 418: t=2.47686e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -827.9 W, 424 W, -4363 W, -4723 W, -4.331e+09 W, -0.8786 W Compositions min/max/mass: -0.04652/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 419: t=2.48251e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828 W, 424 W, -4366 W, -4725 W, -4.339e+09 W, -0.882 W Compositions min/max/mass: -0.04648/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 420: t=2.48816e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.1 W, 424 W, -4369 W, -4727 W, -4.346e+09 W, -0.8841 W Compositions min/max/mass: -0.04643/1.072/5.772e+18 Number of advected particles: 20000 Number of active cells: 44,829 (on 8 levels) Number of degrees of freedom: 2,335,813 (1,364,418+61,783+454,806+454,806) *** Timestep 421: t=2.49381e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 101+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.3 W, 423.9 W, -4376 W, -4734 W, -4.207e+09 W, -0.8864 W Compositions min/max/mass: -0.04639/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 422: t=2.49946e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 101+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.5 W, 423.8 W, -4385 W, -4742 W, -4.212e+09 W, -0.8896 W Compositions min/max/mass: -0.04634/1.072/5.772e+18 Number of advected particles: 20000 *** Timestep 423: t=2.50511e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -828.7 W, 423.6 W, -4394 W, -4750 W, -4.216e+09 W, -0.8919 W Compositions min/max/mass: -0.0463/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 424: t=2.51076e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829 W, 423.4 W, -4403 W, -4759 W, -4.22e+09 W, -0.8944 W Compositions min/max/mass: -0.04625/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 425: t=2.51641e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.2 W, 423.2 W, -4413 W, -4767 W, -4.222e+09 W, -0.897 W Compositions min/max/mass: -0.04621/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 426: t=2.52206e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.5 W, 423 W, -4422 W, -4775 W, -4.224e+09 W, -0.8983 W Compositions min/max/mass: -0.04616/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 427: t=2.52771e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -829.7 W, 422.8 W, -4432 W, -4784 W, -4.226e+09 W, -0.9006 W Compositions min/max/mass: -0.04612/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 428: t=2.53336e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830 W, 422.6 W, -4441 W, -4792 W, -4.227e+09 W, -0.9039 W Compositions min/max/mass: -0.04607/1.072/5.773e+18 Number of advected particles: 20000 *** Timestep 429: t=2.53901e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.2 W, 422.4 W, -4450 W, -4800 W, -4.228e+09 W, -0.9089 W Compositions min/max/mass: -0.04603/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 430: t=2.54466e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.5 W, 422.2 W, -4460 W, -4809 W, -4.229e+09 W, -0.9106 W Compositions min/max/mass: -0.04598/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 431: t=2.55031e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.7 W, 422.1 W, -4469 W, -4817 W, -4.23e+09 W, -0.9137 W Compositions min/max/mass: -0.04594/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 432: t=2.55596e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831 W, 421.9 W, -4478 W, -4825 W, -4.231e+09 W, -0.9178 W Compositions min/max/mass: -0.04589/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 433: t=2.56161e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.2 W, 421.7 W, -4487 W, -4833 W, -4.231e+09 W, -0.9211 W Compositions min/max/mass: -0.04585/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 434: t=2.56726e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.4 W, 421.5 W, -4496 W, -4841 W, -4.232e+09 W, -0.9239 W Compositions min/max/mass: -0.0458/1.072/5.774e+18 Number of advected particles: 20000 *** Timestep 435: t=2.57291e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.7 W, 421.4 W, -4505 W, -4849 W, -4.232e+09 W, -0.9247 W Compositions min/max/mass: -0.04576/1.072/5.775e+18 Number of advected particles: 20000 *** Timestep 436: t=2.57856e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -831.9 W, 421.2 W, -4514 W, -4857 W, -4.233e+09 W, -0.9282 W Compositions min/max/mass: -0.04572/1.072/5.775e+18 Number of advected particles: 20000 *** Timestep 437: t=2.58421e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.2 W, 421 W, -4523 W, -4865 W, -4.233e+09 W, -0.9315 W Compositions min/max/mass: -0.04567/1.072/5.775e+18 Number of advected particles: 20000 *** Timestep 438: t=2.58986e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.5 W, 420.8 W, -4532 W, -4872 W, -4.233e+09 W, -0.9342 W Compositions min/max/mass: -0.04563/1.072/5.775e+18 Number of advected particles: 20000 *** Timestep 439: t=2.59551e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -832.7 W, 420.7 W, -4541 W, -4880 W, -4.233e+09 W, -0.9382 W Compositions min/max/mass: -0.04558/1.072/5.775e+18 Number of advected particles: 20000 *** Timestep 440: t=2.60116e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -833 W, 420.5 W, -4550 W, -4888 W, -4.233e+09 W, -0.9421 W Compositions min/max/mass: -0.04554/1.072/5.776e+18 Number of advected particles: 20000 Number of active cells: 44,794 (on 8 levels) Number of degrees of freedom: 2,334,795 (1,363,821+61,760+454,607+454,607) *** Timestep 441: t=2.60681e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 91+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -833.3 W, 419.8 W, -4559 W, -4895 W, -4.125e+09 W, -0.9461 W Compositions min/max/mass: -0.0455/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 442: t=2.61246e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 91+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -833.6 W, 419.1 W, -4569 W, -4901 W, -4.127e+09 W, -0.9501 W Compositions min/max/mass: -0.04545/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 443: t=2.61811e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -833.9 W, 418.3 W, -4578 W, -4907 W, -4.129e+09 W, -0.9522 W Compositions min/max/mass: -0.04541/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 444: t=2.62376e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -834.3 W, 417.6 W, -4588 W, -4914 W, -4.131e+09 W, -0.955 W Compositions min/max/mass: -0.04536/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 445: t=2.62941e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -834.6 W, 416.8 W, -4598 W, -4920 W, -4.132e+09 W, -0.9584 W Compositions min/max/mass: -0.04532/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 446: t=2.63506e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -835 W, 416 W, -4607 W, -4927 W, -4.133e+09 W, -0.9613 W Compositions min/max/mass: -0.04528/1.072/5.776e+18 Number of advected particles: 20000 *** Timestep 447: t=2.64071e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -835.3 W, 415.2 W, -4617 W, -4933 W, -4.134e+09 W, -0.9655 W Compositions min/max/mass: -0.04523/1.072/5.777e+18 Number of advected particles: 20000 *** Timestep 448: t=2.64636e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -835.7 W, 414.4 W, -4626 W, -4940 W, -4.135e+09 W, -0.9698 W Compositions min/max/mass: -0.04519/1.072/5.777e+18 Number of advected particles: 20000 *** Timestep 449: t=2.65201e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -836.1 W, 413.7 W, -4636 W, -4946 W, -4.136e+09 W, -0.9721 W Compositions min/max/mass: -0.04515/1.072/5.777e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 450: t=2.65766e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -836.4 W, 412.9 W, -4645 W, -4953 W, -4.137e+09 W, -0.9736 W Compositions min/max/mass: -0.0451/1.072/5.777e+18 Number of advected particles: 20000 *** Timestep 451: t=2.66331e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -836.7 W, 412.1 W, -4654 W, -4959 W, -4.138e+09 W, -0.9749 W Compositions min/max/mass: -0.04506/1.072/5.777e+18 Number of advected particles: 20000 *** Timestep 452: t=2.66896e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -837 W, 411.4 W, -4663 W, -4965 W, -4.138e+09 W, -0.9793 W Compositions min/max/mass: -0.04502/1.072/5.777e+18 Number of advected particles: 20000 *** Timestep 453: t=2.67462e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -837.4 W, 410.6 W, -4672 W, -4971 W, -4.139e+09 W, -0.9811 W Compositions min/max/mass: -0.04498/1.072/5.778e+18 Number of advected particles: 20000 *** Timestep 454: t=2.68027e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -837.7 W, 409.9 W, -4681 W, -4977 W, -4.139e+09 W, -0.9835 W Compositions min/max/mass: -0.04493/1.072/5.778e+18 Number of advected particles: 20000 *** Timestep 455: t=2.68592e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -838 W, 409.2 W, -4690 W, -4984 W, -4.14e+09 W, -0.9859 W Compositions min/max/mass: -0.04489/1.072/5.778e+18 Number of advected particles: 20000 *** Timestep 456: t=2.69157e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -838.3 W, 408.5 W, -4699 W, -4990 W, -4.141e+09 W, -0.9886 W Compositions min/max/mass: -0.04485/1.072/5.778e+18 Number of advected particles: 20000 *** Timestep 457: t=2.69722e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -838.6 W, 407.7 W, -4708 W, -4996 W, -4.141e+09 W, -0.9911 W Compositions min/max/mass: -0.0448/1.072/5.778e+18 Number of advected particles: 20000 *** Timestep 458: t=2.70287e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -838.9 W, 407 W, -4717 W, -5002 W, -4.142e+09 W, -0.9939 W Compositions min/max/mass: -0.04476/1.072/5.779e+18 Number of advected particles: 20000 *** Timestep 459: t=2.70852e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -839.2 W, 406.3 W, -4726 W, -5008 W, -4.142e+09 W, -0.9978 W Compositions min/max/mass: -0.04472/1.072/5.779e+18 Number of advected particles: 20000 *** Timestep 460: t=2.71417e+15 seconds Solving temperature system... 2 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -839.5 W, 405.6 W, -4734 W, -5014 W, -4.143e+09 W, -1.001 W Compositions min/max/mass: -0.04468/1.072/5.779e+18 Number of advected particles: 20000 Number of active cells: 44,752 (on 8 levels) Number of degrees of freedom: 2,332,628 (1,362,555+61,703+454,185+454,185) *** Timestep 461: t=2.71982e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 82+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -840.1 W, 405.3 W, -4744 W, -5022 W, -4.066e+09 W, -1.003 W Compositions min/max/mass: -0.04463/1.072/5.779e+18 Number of advected particles: 20000 *** Timestep 462: t=2.72547e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 81+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -840.9 W, 404.8 W, -4753 W, -5031 W, -4.07e+09 W, -1.005 W Compositions min/max/mass: -0.04459/1.072/5.779e+18 Number of advected particles: 20000 *** Timestep 463: t=2.73112e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -841.6 W, 404.4 W, -4763 W, -5040 W, -4.074e+09 W, -1.007 W Compositions min/max/mass: -0.04455/1.072/5.779e+18 Number of advected particles: 20000 *** Timestep 464: t=2.73677e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -842.4 W, 404 W, -4773 W, -5049 W, -4.078e+09 W, -1.01 W Compositions min/max/mass: -0.04451/1.073/5.779e+18 Number of advected particles: 20000 *** Timestep 465: t=2.74242e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -843.2 W, 403.5 W, -4783 W, -5058 W, -4.081e+09 W, -1.015 W Compositions min/max/mass: -0.04447/1.073/5.779e+18 Number of advected particles: 20000 *** Timestep 466: t=2.74807e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -844 W, 403.1 W, -4792 W, -5067 W, -4.084e+09 W, -1.017 W Compositions min/max/mass: -0.04442/1.073/5.779e+18 Number of advected particles: 20000 *** Timestep 467: t=2.75372e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -844.8 W, 402.6 W, -4802 W, -5076 W, -4.086e+09 W, -1.02 W Compositions min/max/mass: -0.04438/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 468: t=2.75937e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -845.6 W, 402.2 W, -4812 W, -5085 W, -4.089e+09 W, -1.027 W Compositions min/max/mass: -0.04434/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 469: t=2.76502e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -846.4 W, 401.8 W, -4821 W, -5094 W, -4.091e+09 W, -1.031 W Compositions min/max/mass: -0.0443/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 470: t=2.77067e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -847.2 W, 401.3 W, -4831 W, -5102 W, -4.094e+09 W, -1.034 W Compositions min/max/mass: -0.04426/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 471: t=2.77632e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -848 W, 400.9 W, -4840 W, -5111 W, -4.096e+09 W, -1.036 W Compositions min/max/mass: -0.04421/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 472: t=2.78197e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -848.8 W, 400.4 W, -4850 W, -5119 W, -4.098e+09 W, -1.039 W Compositions min/max/mass: -0.04417/1.073/5.78e+18 Number of advected particles: 20000 *** Timestep 473: t=2.78762e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 12+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -849.6 W, 399.9 W, -4859 W, -5128 W, -4.1e+09 W, -1.042 W Compositions min/max/mass: -0.04413/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 474: t=2.79327e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -850.5 W, 399.5 W, -4869 W, -5136 W, -4.102e+09 W, -1.046 W Compositions min/max/mass: -0.04409/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 475: t=2.79892e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -851.4 W, 398.9 W, -4878 W, -5145 W, -4.104e+09 W, -1.053 W Compositions min/max/mass: -0.04405/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 476: t=2.80457e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -852.3 W, 398.4 W, -4888 W, -5154 W, -4.106e+09 W, -1.055 W Compositions min/max/mass: -0.04401/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 477: t=2.81022e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -853.2 W, 397.9 W, -4897 W, -5162 W, -4.108e+09 W, -1.056 W Compositions min/max/mass: -0.04397/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 478: t=2.81587e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -854.1 W, 397.4 W, -4907 W, -5170 W, -4.109e+09 W, -1.058 W Compositions min/max/mass: -0.04392/1.073/5.781e+18 Number of advected particles: 20000 *** Timestep 479: t=2.82152e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -855 W, 396.9 W, -4916 W, -5179 W, -4.111e+09 W, -1.063 W Compositions min/max/mass: -0.04388/1.073/5.782e+18 Number of advected particles: 20000 *** Timestep 480: t=2.82717e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -855.9 W, 396.4 W, -4926 W, -5187 W, -4.112e+09 W, -1.066 W Compositions min/max/mass: -0.04384/1.073/5.782e+18 Number of advected particles: 20000 Number of active cells: 44,829 (on 8 levels) Number of degrees of freedom: 2,338,009 (1,365,690+61,859+455,230+455,230) *** Timestep 481: t=2.83282e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 113+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -856.4 W, 395.4 W, -4932 W, -5195 W, -4.098e+09 W, -1.068 W Compositions min/max/mass: -0.0438/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 482: t=2.83847e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 113+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -856.8 W, 393.7 W, -4937 W, -5202 W, -4.107e+09 W, -1.07 W Compositions min/max/mass: -0.04376/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 483: t=2.84412e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -857.2 W, 392.2 W, -4942 W, -5210 W, -4.115e+09 W, -1.072 W Compositions min/max/mass: -0.04372/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 484: t=2.84977e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -857.5 W, 390.6 W, -4947 W, -5218 W, -4.122e+09 W, -1.075 W Compositions min/max/mass: -0.04368/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 485: t=2.85542e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -857.8 W, 389 W, -4952 W, -5226 W, -4.129e+09 W, -1.079 W Compositions min/max/mass: -0.04364/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 486: t=2.86107e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -858.1 W, 387.4 W, -4957 W, -5234 W, -4.136e+09 W, -1.084 W Compositions min/max/mass: -0.04359/1.073/5.783e+18 Number of advected particles: 20000 *** Timestep 487: t=2.86672e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -858.4 W, 385.8 W, -4962 W, -5242 W, -4.142e+09 W, -1.088 W Compositions min/max/mass: -0.04355/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 488: t=2.87237e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -858.7 W, 384.2 W, -4967 W, -5250 W, -4.148e+09 W, -1.092 W Compositions min/max/mass: -0.04351/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 489: t=2.87802e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859 W, 382.7 W, -4972 W, -5258 W, -4.154e+09 W, -1.095 W Compositions min/max/mass: -0.04347/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 490: t=2.88367e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.2 W, 381.1 W, -4976 W, -5265 W, -4.16e+09 W, -1.101 W Compositions min/max/mass: -0.04343/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 491: t=2.88932e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.4 W, 379.7 W, -4981 W, -5273 W, -4.165e+09 W, -1.105 W Compositions min/max/mass: -0.04339/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 492: t=2.89497e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.6 W, 378.2 W, -4985 W, -5280 W, -4.171e+09 W, -1.11 W Compositions min/max/mass: -0.04334/1.073/5.784e+18 Number of advected particles: 20000 *** Timestep 493: t=2.90063e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.7 W, 376.7 W, -4990 W, -5288 W, -4.176e+09 W, -1.114 W Compositions min/max/mass: -0.0433/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 494: t=2.90628e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.9 W, 375.3 W, -4994 W, -5295 W, -4.181e+09 W, -1.113 W Compositions min/max/mass: -0.04326/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 495: t=2.91193e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.1 W, 373.8 W, -4998 W, -5302 W, -4.186e+09 W, -1.115 W Compositions min/max/mass: -0.04322/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 496: t=2.91758e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.2 W, 372.4 W, -5003 W, -5309 W, -4.19e+09 W, -1.117 W Compositions min/max/mass: -0.04318/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 497: t=2.92323e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.4 W, 371 W, -5007 W, -5316 W, -4.195e+09 W, -1.122 W Compositions min/max/mass: -0.04314/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 498: t=2.92888e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.5 W, 369.5 W, -5011 W, -5323 W, -4.2e+09 W, -1.127 W Compositions min/max/mass: -0.04309/1.073/5.785e+18 Number of advected particles: 20000 *** Timestep 499: t=2.93453e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.7 W, 368.1 W, -5016 W, -5330 W, -4.204e+09 W, -1.127 W Compositions min/max/mass: -0.04305/1.073/5.786e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 500: t=2.94018e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.8 W, 366.7 W, -5020 W, -5337 W, -4.208e+09 W, -1.128 W Compositions min/max/mass: -0.04301/1.073/5.786e+18 Number of advected particles: 20000 Number of active cells: 44,997 (on 8 levels) Number of degrees of freedom: 2,345,629 (1,370,145+62,054+456,715+456,715) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 1.19e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 101 | 125s | 11% | | Assemble composition system | 101 | 45.2s | 3.8% | | Assemble temperature system | 101 | 49.5s | 4.2% | | Build Stokes preconditioner | 101 | 197s | 17% | | Build composition preconditioner| 101 | 1.36s | 0.11% | | Build temperature preconditioner| 101 | 1.44s | 0.12% | | Solve Stokes system | 101 | 585s | 49% | | Solve composition system | 101 | 14.6s | 1.2% | | Solve temperature system | 101 | 10.5s | 0.89% | | Create snapshot | 2 | 9.37s | 0.79% | | Initialization | 1 | 0.583s | 0% | | Particles: Advect | 202 | 8.96s | 0.76% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Sort | 202 | 17.3s | 1.5% | | Postprocessing | 101 | 40.4s | 3.4% | | Refine mesh structure, part 1 | 6 | 12.2s | 1% | | Refine mesh structure, part 2 | 6 | 1.87s | 0.16% | | Setup dof systems | 7 | 15.4s | 1.3% | +---------------------------------+-----------+------------+------------+ *** Timestep 501: t=2.94583e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 105+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.9 W, 366.2 W, -5024 W, -5338 W, -4.153e+09 W, -1.129 W Compositions min/max/mass: -0.04297/1.073/5.786e+18 Number of advected particles: 20000 *** Timestep 502: t=2.95148e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 106+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.6 W, 366.6 W, -5028 W, -5339 W, -4.17e+09 W, -1.129 W Compositions min/max/mass: -0.04292/1.073/5.786e+18 Number of advected particles: 20000 *** Timestep 503: t=2.95713e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.4 W, 367.2 W, -5031 W, -5337 W, -4.185e+09 W, -1.131 W Compositions min/max/mass: -0.04288/1.073/5.786e+18 Number of advected particles: 20000 *** Timestep 504: t=2.96278e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.2 W, 367.7 W, -5035 W, -5336 W, -4.2e+09 W, -1.132 W Compositions min/max/mass: -0.04284/1.073/5.786e+18 Number of advected particles: 20000 *** Timestep 505: t=2.96843e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 12+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860 W, 368.2 W, -5038 W, -5335 W, -4.214e+09 W, -1.134 W Compositions min/max/mass: -0.0428/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 506: t=2.97408e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.8 W, 368.7 W, -5042 W, -5334 W, -4.227e+09 W, -1.135 W Compositions min/max/mass: -0.04276/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 507: t=2.97973e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.7 W, 369.2 W, -5045 W, -5333 W, -4.239e+09 W, -1.136 W Compositions min/max/mass: -0.04271/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 508: t=2.98538e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.6 W, 369.7 W, -5048 W, -5332 W, -4.251e+09 W, -1.137 W Compositions min/max/mass: -0.04267/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 509: t=2.99103e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.5 W, 370.2 W, -5052 W, -5331 W, -4.263e+09 W, -1.139 W Compositions min/max/mass: -0.04263/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 510: t=2.99668e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.4 W, 370.6 W, -5055 W, -5331 W, -4.274e+09 W, -1.139 W Compositions min/max/mass: -0.04259/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 511: t=3.00233e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.3 W, 371.1 W, -5059 W, -5330 W, -4.284e+09 W, -1.14 W Compositions min/max/mass: -0.04255/1.073/5.787e+18 Number of advected particles: 20000 *** Timestep 512: t=3.00798e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.2 W, 371.5 W, -5063 W, -5329 W, -4.294e+09 W, -1.14 W Compositions min/max/mass: -0.0425/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 513: t=3.01363e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.2 W, 372 W, -5066 W, -5329 W, -4.303e+09 W, -1.142 W Compositions min/max/mass: -0.04246/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 514: t=3.01928e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 372.4 W, -5070 W, -5328 W, -4.312e+09 W, -1.143 W Compositions min/max/mass: -0.04242/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 515: t=3.02493e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 372.7 W, -5074 W, -5328 W, -4.321e+09 W, -1.141 W Compositions min/max/mass: -0.04238/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 516: t=3.03058e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 373.1 W, -5078 W, -5327 W, -4.33e+09 W, -1.14 W Compositions min/max/mass: -0.04233/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 517: t=3.03623e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 373.5 W, -5082 W, -5327 W, -4.338e+09 W, -1.139 W Compositions min/max/mass: -0.04229/1.073/5.788e+18 Number of advected particles: 20000 *** Timestep 518: t=3.04188e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 373.8 W, -5085 W, -5327 W, -4.346e+09 W, -1.14 W Compositions min/max/mass: -0.04225/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 519: t=3.04753e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.1 W, 374.2 W, -5089 W, -5327 W, -4.354e+09 W, -1.141 W Compositions min/max/mass: -0.04221/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 520: t=3.05318e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.2 W, 374.5 W, -5093 W, -5327 W, -4.361e+09 W, -1.14 W Compositions min/max/mass: -0.04216/1.073/5.789e+18 Number of advected particles: 20000 Number of active cells: 44,878 (on 8 levels) Number of degrees of freedom: 2,339,059 (1,366,311+61,874+455,437+455,437) *** Timestep 521: t=3.05883e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 99+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -859.5 W, 374.8 W, -5101 W, -5333 W, -4.25e+09 W, -1.142 W Compositions min/max/mass: -0.04212/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 522: t=3.06448e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 99+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860 W, 375.1 W, -5110 W, -5341 W, -4.255e+09 W, -1.143 W Compositions min/max/mass: -0.04208/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 523: t=3.07013e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.5 W, 375.3 W, -5119 W, -5350 W, -4.259e+09 W, -1.145 W Compositions min/max/mass: -0.04204/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 524: t=3.07578e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -861.1 W, 375.5 W, -5129 W, -5359 W, -4.262e+09 W, -1.147 W Compositions min/max/mass: -0.04199/1.073/5.789e+18 Number of advected particles: 20000 *** Timestep 525: t=3.08143e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -861.7 W, 375.7 W, -5138 W, -5367 W, -4.266e+09 W, -1.147 W Compositions min/max/mass: -0.04195/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 526: t=3.08708e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -862.3 W, 375.8 W, -5148 W, -5376 W, -4.269e+09 W, -1.148 W Compositions min/max/mass: -0.04191/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 527: t=3.09273e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -862.9 W, 376 W, -5158 W, -5384 W, -4.272e+09 W, -1.151 W Compositions min/max/mass: -0.04186/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 528: t=3.09838e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -863.4 W, 376.1 W, -5167 W, -5393 W, -4.275e+09 W, -1.153 W Compositions min/max/mass: -0.04182/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 529: t=3.10403e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -864 W, 376.3 W, -5176 W, -5401 W, -4.278e+09 W, -1.156 W Compositions min/max/mass: -0.04178/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 530: t=3.10968e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -864.6 W, 376.4 W, -5186 W, -5409 W, -4.281e+09 W, -1.159 W Compositions min/max/mass: -0.04174/1.073/5.79e+18 Number of advected particles: 20000 *** Timestep 531: t=3.11533e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -865.2 W, 376.6 W, -5195 W, -5417 W, -4.283e+09 W, -1.159 W Compositions min/max/mass: -0.04169/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 532: t=3.12098e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -865.7 W, 376.8 W, -5203 W, -5425 W, -4.286e+09 W, -1.159 W Compositions min/max/mass: -0.04165/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 533: t=3.12664e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -866.2 W, 377.1 W, -5212 W, -5432 W, -4.289e+09 W, -1.16 W Compositions min/max/mass: -0.04161/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 534: t=3.13229e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -866.7 W, 377.3 W, -5221 W, -5440 W, -4.291e+09 W, -1.16 W Compositions min/max/mass: -0.04156/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 535: t=3.13794e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -867.2 W, 377.6 W, -5229 W, -5447 W, -4.294e+09 W, -1.161 W Compositions min/max/mass: -0.04152/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 536: t=3.14359e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -867.7 W, 377.8 W, -5238 W, -5455 W, -4.297e+09 W, -1.162 W Compositions min/max/mass: -0.04148/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 537: t=3.14924e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -868.2 W, 378 W, -5246 W, -5462 W, -4.299e+09 W, -1.164 W Compositions min/max/mass: -0.04143/1.073/5.791e+18 Number of advected particles: 20000 *** Timestep 538: t=3.15489e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -868.7 W, 378.3 W, -5255 W, -5470 W, -4.302e+09 W, -1.163 W Compositions min/max/mass: -0.04139/1.073/5.792e+18 Number of advected particles: 20000 *** Timestep 539: t=3.16054e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -869.2 W, 378.5 W, -5263 W, -5477 W, -4.304e+09 W, -1.162 W Writing graphical output: /home1/04020/unfelipe/eS34b/solution/solution-00001 Compositions min/max/mass: -0.04135/1.073/5.792e+18 Writing particle output: /home1/04020/unfelipe/eS34b/particles/particles-00001 *** Timestep 540: t=3.16619e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -869.8 W, 378.7 W, -5271 W, -5485 W, -4.306e+09 W, -1.163 W Compositions min/max/mass: -0.0413/1.073/5.792e+18 Number of advected particles: 20000 Number of active cells: 44,668 (on 8 levels) Number of degrees of freedom: 2,327,477 (1,359,552+61,557+453,184+453,184) *** Timestep 541: t=3.17184e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 100+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -870.6 W, 378.3 W, -5281 W, -5494 W, -4.102e+09 W, -1.164 W Compositions min/max/mass: -0.04126/1.073/5.792e+18 Number of advected particles: 20000 *** Timestep 542: t=3.17749e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 100+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -871.6 W, 377.7 W, -5291 W, -5502 W, -4.1e+09 W, -1.165 W Compositions min/max/mass: -0.04122/1.073/5.792e+18 Number of advected particles: 20000 *** Timestep 543: t=3.18314e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -872.5 W, 377 W, -5302 W, -5512 W, -4.098e+09 W, -1.167 W Compositions min/max/mass: -0.04117/1.073/5.793e+18 Number of advected particles: 20000 *** Timestep 544: t=3.18879e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -873.5 W, 376.2 W, -5313 W, -5521 W, -4.096e+09 W, -1.17 W Compositions min/max/mass: -0.04113/1.073/5.793e+18 Number of advected particles: 20000 *** Timestep 545: t=3.19444e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -874.4 W, 375.5 W, -5323 W, -5531 W, -4.093e+09 W, -1.17 W Compositions min/max/mass: -0.04109/1.072/5.793e+18 Number of advected particles: 20000 *** Timestep 546: t=3.20009e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -875.4 W, 374.8 W, -5334 W, -5541 W, -4.091e+09 W, -1.17 W Compositions min/max/mass: -0.04104/1.072/5.793e+18 Number of advected particles: 20000 *** Timestep 547: t=3.20574e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -876.4 W, 374 W, -5345 W, -5551 W, -4.089e+09 W, -1.169 W Compositions min/max/mass: -0.041/1.072/5.793e+18 Number of advected particles: 20000 *** Timestep 548: t=3.21139e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -877.4 W, 373.3 W, -5356 W, -5561 W, -4.087e+09 W, -1.166 W Compositions min/max/mass: -0.04096/1.072/5.793e+18 Number of advected particles: 20000 *** Timestep 549: t=3.21704e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -878.5 W, 372.6 W, -5367 W, -5571 W, -4.085e+09 W, -1.165 W Compositions min/max/mass: -0.04091/1.072/5.793e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 550: t=3.22269e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -879.5 W, 371.8 W, -5378 W, -5580 W, -4.083e+09 W, -1.164 W Compositions min/max/mass: -0.04087/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 551: t=3.22834e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 20+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -880.6 W, 371 W, -5389 W, -5590 W, -4.081e+09 W, -1.163 W Compositions min/max/mass: -0.04082/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 552: t=3.23399e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -881.8 W, 370.2 W, -5400 W, -5599 W, -4.079e+09 W, -1.163 W Compositions min/max/mass: -0.04078/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 553: t=3.23964e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -882.9 W, 369.4 W, -5411 W, -5609 W, -4.077e+09 W, -1.163 W Compositions min/max/mass: -0.04074/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 554: t=3.24529e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -884.1 W, 368.6 W, -5421 W, -5618 W, -4.075e+09 W, -1.164 W Compositions min/max/mass: -0.04069/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 555: t=3.25094e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -885.2 W, 367.8 W, -5432 W, -5628 W, -4.074e+09 W, -1.163 W Compositions min/max/mass: -0.04065/1.072/5.794e+18 Number of advected particles: 20000 *** Timestep 556: t=3.25659e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -886.4 W, 367 W, -5442 W, -5637 W, -4.072e+09 W, -1.163 W Compositions min/max/mass: -0.04061/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 557: t=3.26224e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -887.5 W, 366.2 W, -5453 W, -5646 W, -4.071e+09 W, -1.162 W Compositions min/max/mass: -0.04056/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 558: t=3.26789e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -888.7 W, 365.4 W, -5463 W, -5655 W, -4.069e+09 W, -1.165 W Compositions min/max/mass: -0.04052/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 559: t=3.27354e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -889.9 W, 364.6 W, -5473 W, -5664 W, -4.068e+09 W, -1.165 W Compositions min/max/mass: -0.04047/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 560: t=3.27919e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -891.1 W, 363.8 W, -5484 W, -5673 W, -4.066e+09 W, -1.165 W Compositions min/max/mass: -0.04043/1.072/5.795e+18 Number of advected particles: 20000 Number of active cells: 44,633 (on 8 levels) Number of degrees of freedom: 2,325,976 (1,358,676+61,516+452,892+452,892) *** Timestep 561: t=3.28484e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -890.8 W, 362.5 W, -5494 W, -5684 W, -4.011e+09 W, -1.166 W Compositions min/max/mass: -0.04039/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 562: t=3.29049e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 103+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -891.5 W, 359.8 W, -5505 W, -5696 W, -4.009e+09 W, -1.167 W Compositions min/max/mass: -0.04034/1.072/5.795e+18 Number of advected particles: 20000 *** Timestep 563: t=3.29614e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -891.9 W, 357.1 W, -5516 W, -5708 W, -4.007e+09 W, -1.168 W Compositions min/max/mass: -0.0403/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 564: t=3.30179e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -892.4 W, 354.1 W, -5527 W, -5720 W, -4.004e+09 W, -1.168 W Compositions min/max/mass: -0.04025/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 565: t=3.30744e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -892.9 W, 351 W, -5537 W, -5733 W, -4.002e+09 W, -1.168 W Compositions min/max/mass: -0.04021/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 566: t=3.31309e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -893.6 W, 347.9 W, -5548 W, -5745 W, -4e+09 W, -1.169 W Compositions min/max/mass: -0.04017/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 567: t=3.31874e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -894.2 W, 344.7 W, -5559 W, -5757 W, -3.998e+09 W, -1.168 W Compositions min/max/mass: -0.04012/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 568: t=3.32439e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -894.9 W, 341.5 W, -5569 W, -5769 W, -3.996e+09 W, -1.169 W Compositions min/max/mass: -0.04008/1.072/5.796e+18 Number of advected particles: 20000 *** Timestep 569: t=3.33004e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -895.5 W, 338.4 W, -5579 W, -5781 W, -3.995e+09 W, -1.167 W Compositions min/max/mass: -0.04003/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 570: t=3.33569e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 13+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896 W, 335.4 W, -5590 W, -5793 W, -3.993e+09 W, -1.165 W Compositions min/max/mass: -0.03999/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 571: t=3.34134e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.5 W, 332.5 W, -5600 W, -5804 W, -3.991e+09 W, -1.166 W Compositions min/max/mass: -0.03995/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 572: t=3.34699e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.8 W, 329.7 W, -5610 W, -5815 W, -3.99e+09 W, -1.166 W Compositions min/max/mass: -0.0399/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 573: t=3.35264e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -897 W, 327.1 W, -5620 W, -5827 W, -3.989e+09 W, -1.168 W Compositions min/max/mass: -0.03986/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 574: t=3.3583e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -897 W, 324.7 W, -5629 W, -5837 W, -3.987e+09 W, -1.169 W Compositions min/max/mass: -0.03981/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 575: t=3.36395e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.9 W, 322.4 W, -5639 W, -5848 W, -3.986e+09 W, -1.168 W Compositions min/max/mass: -0.03977/1.072/5.797e+18 Number of advected particles: 20000 *** Timestep 576: t=3.3696e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.7 W, 320.3 W, -5648 W, -5859 W, -3.985e+09 W, -1.167 W Compositions min/max/mass: -0.03972/1.072/5.798e+18 Number of advected particles: 20000 *** Timestep 577: t=3.37525e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.5 W, 318.2 W, -5658 W, -5869 W, -3.984e+09 W, -1.167 W Compositions min/max/mass: -0.03968/1.072/5.798e+18 Number of advected particles: 20000 *** Timestep 578: t=3.3809e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.3 W, 316.2 W, -5667 W, -5879 W, -3.983e+09 W, -1.165 W Compositions min/max/mass: -0.03964/1.072/5.798e+18 Number of advected particles: 20000 *** Timestep 579: t=3.38655e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -896.1 W, 314.1 W, -5677 W, -5890 W, -3.982e+09 W, -1.164 W Compositions min/max/mass: -0.03959/1.072/5.798e+18 Number of advected particles: 20000 *** Timestep 580: t=3.3922e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -895.9 W, 312.1 W, -5686 W, -5900 W, -3.981e+09 W, -1.164 W Compositions min/max/mass: -0.03955/1.072/5.798e+18 Number of advected particles: 20000 Number of active cells: 44,451 (on 8 levels) Number of degrees of freedom: 2,316,098 (1,352,910+61,248+450,970+450,970) *** Timestep 581: t=3.39785e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 117+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -903.2 W, 296.6 W, -5696 W, -5907 W, -3.983e+09 W, -1.164 W Compositions min/max/mass: -0.0395/1.072/5.804e+18 Number of advected particles: 20000 *** Timestep 582: t=3.4035e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 117+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -934 W, 260.2 W, -5703 W, -5910 W, -3.981e+09 W, -1.163 W Compositions min/max/mass: -0.03946/1.072/5.804e+18 Number of advected particles: 20000 *** Timestep 583: t=3.40915e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -958.7 W, 225.5 W, -5712 W, -5916 W, -3.98e+09 W, -1.165 W Compositions min/max/mass: -0.03941/1.072/5.804e+18 Number of advected particles: 20000 *** Timestep 584: t=3.4148e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -981.9 W, 190.7 W, -5721 W, -5924 W, -3.979e+09 W, -1.166 W Compositions min/max/mass: -0.03937/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 585: t=3.42045e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1005 W, 155.4 W, -5731 W, -5932 W, -3.977e+09 W, -1.167 W Compositions min/max/mass: -0.03932/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 586: t=3.4261e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1029 W, 119.6 W, -5741 W, -5940 W, -3.976e+09 W, -1.168 W Compositions min/max/mass: -0.03928/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 587: t=3.43175e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1053 W, 83.56 W, -5752 W, -5948 W, -3.975e+09 W, -1.169 W Compositions min/max/mass: -0.03923/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 588: t=3.4374e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1077 W, 47.23 W, -5762 W, -5957 W, -3.974e+09 W, -1.168 W Compositions min/max/mass: -0.03919/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 589: t=3.44305e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1102 W, 10.75 W, -5772 W, -5965 W, -3.973e+09 W, -1.166 W Compositions min/max/mass: -0.03914/1.072/5.805e+18 Number of advected particles: 20000 *** Timestep 590: t=3.4487e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1126 W, -25.68 W, -5782 W, -5973 W, -3.972e+09 W, -1.165 W Compositions min/max/mass: -0.0391/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 591: t=3.45435e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1150 W, -61.92 W, -5792 W, -5981 W, -3.972e+09 W, -1.164 W Compositions min/max/mass: -0.03905/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 592: t=3.46e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1174 W, -97.82 W, -5802 W, -5989 W, -3.971e+09 W, -1.161 W Compositions min/max/mass: -0.03901/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 593: t=3.46565e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1197 W, -133.3 W, -5811 W, -5997 W, -3.97e+09 W, -1.158 W Compositions min/max/mass: -0.03896/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 594: t=3.4713e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1220 W, -168.2 W, -5820 W, -6004 W, -3.969e+09 W, -1.155 W Compositions min/max/mass: -0.03892/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 595: t=3.47695e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1244 W, -202.3 W, -5830 W, -6012 W, -3.969e+09 W, -1.153 W Compositions min/max/mass: -0.03887/1.072/5.806e+18 Number of advected particles: 20000 *** Timestep 596: t=3.4826e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1267 W, -235.5 W, -5839 W, -6019 W, -3.968e+09 W, -1.15 W Compositions min/max/mass: -0.03883/1.072/5.807e+18 Number of advected particles: 20000 *** Timestep 597: t=3.48825e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1292 W, -267.6 W, -5848 W, -6027 W, -3.968e+09 W, -1.15 W Compositions min/max/mass: -0.03878/1.072/5.807e+18 Number of advected particles: 20000 *** Timestep 598: t=3.4939e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1316 W, -298.5 W, -5857 W, -6034 W, -3.968e+09 W, -1.151 W Compositions min/max/mass: -0.03874/1.072/5.807e+18 Number of advected particles: 20000 *** Timestep 599: t=3.49955e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1341 W, -328.6 W, -5866 W, -6041 W, -3.967e+09 W, -1.153 W Compositions min/max/mass: -0.03869/1.072/5.807e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 600: t=3.5052e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1365 W, -358.3 W, -5875 W, -6049 W, -3.967e+09 W, -1.153 W Compositions min/max/mass: -0.03865/1.072/5.807e+18 Number of advected particles: 20000 Number of active cells: 44,458 (on 8 levels) Number of degrees of freedom: 2,317,221 (1,353,564+61,281+451,188+451,188) +---------------------------------------------+------------+------------+ | Total wallclock time elapsed since start | 2.37e+03s | | | | | | | Section | no. calls | wall time | % of total | +---------------------------------+-----------+------------+------------+ | Assemble Stokes system | 201 | 249s | 11% | | Assemble composition system | 201 | 90.1s | 3.8% | | Assemble temperature system | 201 | 98.2s | 4.1% | | Build Stokes preconditioner | 201 | 387s | 16% | | Build composition preconditioner| 201 | 2.82s | 0.12% | | Build temperature preconditioner| 201 | 2.86s | 0.12% | | Solve Stokes system | 201 | 1.19e+03s | 50% | | Solve composition system | 201 | 28.9s | 1.2% | | Solve temperature system | 201 | 21.3s | 0.9% | | Create snapshot | 4 | 17.9s | 0.75% | | Initialization | 1 | 0.583s | 0% | | Particles: Advect | 402 | 17s | 0.72% | | Particles: Initialization | 1 | 0.0185s | 0% | | Particles: Sort | 402 | 34.8s | 1.5% | | Particles: Update properties | 1 | 0.0869s | 0% | | Postprocessing | 201 | 83.2s | 3.5% | | Refine mesh structure, part 1 | 11 | 22s | 0.93% | | Refine mesh structure, part 2 | 11 | 3.34s | 0.14% | | Setup dof systems | 12 | 25.5s | 1.1% | +---------------------------------+-----------+------------+------------+ *** Timestep 601: t=3.51085e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 130+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1418 W, -389.9 W, -5886 W, -6055 W, -3.967e+09 W, -1.155 W Compositions min/max/mass: -0.0386/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 602: t=3.5165e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 130+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1449 W, -421.2 W, -5896 W, -6060 W, -3.967e+09 W, -1.155 W Compositions min/max/mass: -0.03856/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 603: t=3.52215e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1478 W, -452.9 W, -5904 W, -6066 W, -3.966e+09 W, -1.155 W Compositions min/max/mass: -0.03851/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 604: t=3.5278e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1506 W, -484.3 W, -5913 W, -6071 W, -3.966e+09 W, -1.152 W Compositions min/max/mass: -0.03847/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 605: t=3.53345e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 23+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1533 W, -515.3 W, -5922 W, -6077 W, -3.966e+09 W, -1.151 W Compositions min/max/mass: -0.03843/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 606: t=3.5391e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 13 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1560 W, -546.2 W, -5930 W, -6082 W, -3.966e+09 W, -1.149 W Compositions min/max/mass: -0.03838/1.072/5.809e+18 Number of advected particles: 20000 *** Timestep 607: t=3.54475e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1586 W, -576.8 W, -5938 W, -6087 W, -3.966e+09 W, -1.147 W Compositions min/max/mass: -0.03834/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 608: t=3.5504e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 21+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1612 W, -607.3 W, -5947 W, -6092 W, -3.966e+09 W, -1.146 W Compositions min/max/mass: -0.03829/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 609: t=3.55605e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 16+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1637 W, -637.6 W, -5955 W, -6098 W, -3.966e+09 W, -1.146 W Compositions min/max/mass: -0.03825/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 610: t=3.5617e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1661 W, -668 W, -5963 W, -6103 W, -3.966e+09 W, -1.146 W Compositions min/max/mass: -0.03821/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 611: t=3.56735e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 25+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1684 W, -698.4 W, -5971 W, -6108 W, -3.966e+09 W, -1.145 W Compositions min/max/mass: -0.03816/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 612: t=3.573e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 19+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1707 W, -729 W, -5980 W, -6113 W, -3.966e+09 W, -1.145 W Compositions min/max/mass: -0.03812/1.072/5.81e+18 Number of advected particles: 20000 *** Timestep 613: t=3.57865e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1730 W, -759.9 W, -5988 W, -6118 W, -3.966e+09 W, -1.145 W Compositions min/max/mass: -0.03807/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 614: t=3.58431e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1754 W, -791.3 W, -5996 W, -6123 W, -3.966e+09 W, -1.144 W Compositions min/max/mass: -0.03803/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 615: t=3.58996e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 22+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1777 W, -823.3 W, -6004 W, -6128 W, -3.967e+09 W, -1.142 W Compositions min/max/mass: -0.03799/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 616: t=3.59561e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1801 W, -856 W, -6013 W, -6133 W, -3.967e+09 W, -1.141 W Compositions min/max/mass: -0.03794/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 617: t=3.60126e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 14+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1826 W, -889 W, -6021 W, -6138 W, -3.967e+09 W, -1.138 W Compositions min/max/mass: -0.0379/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 618: t=3.60691e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 17+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1850 W, -922.1 W, -6029 W, -6144 W, -3.967e+09 W, -1.137 W Compositions min/max/mass: -0.03785/1.072/5.811e+18 Number of advected particles: 20000 *** Timestep 619: t=3.61256e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1874 W, -955.4 W, -6038 W, -6149 W, -3.967e+09 W, -1.135 W Compositions min/max/mass: -0.03781/1.071/5.812e+18 Number of advected particles: 20000 *** Timestep 620: t=3.61821e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 12 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 15+0 iterations. Postprocessing: RMS, max velocity: 5.26e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1898 W, -988.7 W, -6046 W, -6154 W, -3.968e+09 W, -1.13 W Compositions min/max/mass: -0.03777/1.071/5.812e+18 Number of advected particles: 20000 Number of active cells: 44,409 (on 8 levels) Number of degrees of freedom: 2,315,385 (1,352,493+61,230+450,831+450,831) *** Timestep 621: t=3.62386e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 164+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1019 W, 504.6 W, -6135 W, -6164 W, -3.968e+09 W, -1.13 W Compositions min/max/mass: -0.03772/1.071/5.552e+18 Number of advected particles: 20000 *** Timestep 622: t=3.62951e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 164+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -993.2 W, 473.8 W, -6141 W, -6183 W, -3.968e+09 W, -1.129 W Compositions min/max/mass: -0.03759/1.072/5.552e+18 Number of advected particles: 20000 *** Timestep 623: t=3.63516e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 74+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -990.2 W, 443.1 W, -6152 W, -6198 W, -3.968e+09 W, -1.126 W Compositions min/max/mass: -0.03742/1.072/5.552e+18 Number of advected particles: 20000 *** Timestep 624: t=3.64081e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 63+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -992.8 W, 412.5 W, -6163 W, -6213 W, -3.969e+09 W, -1.125 W Compositions min/max/mass: -0.03725/1.072/5.551e+18 Number of advected particles: 20000 *** Timestep 625: t=3.64646e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 46+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -996.4 W, 382.4 W, -6175 W, -6227 W, -3.969e+09 W, -1.123 W Compositions min/max/mass: -0.03707/1.071/5.551e+18 Number of advected particles: 20000 *** Timestep 626: t=3.65211e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -999.6 W, 353.1 W, -6187 W, -6241 W, -3.969e+09 W, -1.122 W Compositions min/max/mass: -0.0369/1.071/5.551e+18 Number of advected particles: 20000 *** Timestep 627: t=3.65776e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1002 W, 324.9 W, -6198 W, -6255 W, -3.97e+09 W, -1.12 W Compositions min/max/mass: -0.03672/1.071/5.551e+18 Number of advected particles: 20000 *** Timestep 628: t=3.66341e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1004 W, 298 W, -6208 W, -6269 W, -3.97e+09 W, -1.117 W Compositions min/max/mass: -0.03654/1.071/5.55e+18 Number of advected particles: 20000 *** Timestep 629: t=3.66906e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 40+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1004 W, 272.1 W, -6218 W, -6282 W, -3.971e+09 W, -1.113 W Compositions min/max/mass: -0.03636/1.071/5.55e+18 Number of advected particles: 20000 *** Timestep 630: t=3.67471e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -1002 W, 246.7 W, -6228 W, -6295 W, -3.971e+09 W, -1.108 W Compositions min/max/mass: -0.03619/1.071/5.55e+18 Number of advected particles: 20000 *** Timestep 631: t=3.68036e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 24+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -999.9 W, 221.5 W, -6237 W, -6308 W, -3.972e+09 W, -1.106 W Compositions min/max/mass: -0.03601/1.07/5.55e+18 Number of advected particles: 20000 *** Timestep 632: t=3.68601e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 36+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -996.8 W, 196.4 W, -6245 W, -6321 W, -3.972e+09 W, -1.104 W Compositions min/max/mass: -0.03583/1.07/5.549e+18 Number of advected particles: 20000 *** Timestep 633: t=3.69166e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -993 W, 171.4 W, -6254 W, -6334 W, -3.973e+09 W, -1.1 W Compositions min/max/mass: -0.03566/1.07/5.549e+18 Number of advected particles: 20000 *** Timestep 634: t=3.69731e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -988.7 W, 146.9 W, -6262 W, -6347 W, -3.973e+09 W, -1.097 W Compositions min/max/mass: -0.03548/1.07/5.549e+18 Number of advected particles: 20000 *** Timestep 635: t=3.70296e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -983.9 W, 122.7 W, -6270 W, -6360 W, -3.974e+09 W, -1.093 W Compositions min/max/mass: -0.03531/1.069/5.549e+18 Number of advected particles: 20000 *** Timestep 636: t=3.70861e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 38+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -978.7 W, 98.91 W, -6278 W, -6373 W, -3.974e+09 W, -1.089 W Compositions min/max/mass: -0.03513/1.069/5.549e+18 Number of advected particles: 20000 *** Timestep 637: t=3.71426e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -973.3 W, 75.51 W, -6286 W, -6386 W, -3.975e+09 W, -1.086 W Compositions min/max/mass: -0.03496/1.069/5.548e+18 Number of advected particles: 20000 *** Timestep 638: t=3.71991e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -968 W, 52.46 W, -6294 W, -6399 W, -3.976e+09 W, -1.079 W Compositions min/max/mass: -0.03478/1.069/5.548e+18 Number of advected particles: 20000 *** Timestep 639: t=3.72556e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -963.3 W, 29.38 W, -6302 W, -6411 W, -3.976e+09 W, -1.073 W Compositions min/max/mass: -0.03461/1.068/5.548e+18 Number of advected particles: 20000 *** Timestep 640: t=3.73121e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -960 W, 5.881 W, -6311 W, -6424 W, -3.977e+09 W, -1.067 W Compositions min/max/mass: -0.03443/1.068/5.548e+18 Number of advected particles: 20000 Number of active cells: 44,521 (on 8 levels) Number of degrees of freedom: 2,321,454 (1,356,036+61,394+452,012+452,012) *** Timestep 641: t=3.73686e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 158+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -996.6 W, -524.6 W, -6299 W, -6514 W, -3.978e+09 W, -1.062 W Compositions min/max/mass: -0.0247/1.066/5.352e+18 Number of advected particles: 20000 *** Timestep 642: t=3.74251e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 158+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -961 W, -555.2 W, -6304 W, -6523 W, -3.978e+09 W, -1.055 W Compositions min/max/mass: -0.02473/1.064/5.352e+18 Number of advected particles: 20000 *** Timestep 643: t=3.74816e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 52+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -953 W, -583.5 W, -6307 W, -6535 W, -3.979e+09 W, -1.048 W Compositions min/max/mass: -0.02477/1.063/5.352e+18 Number of advected particles: 20000 *** Timestep 644: t=3.75381e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 43+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -954.6 W, -612.3 W, -6309 W, -6550 W, -3.979e+09 W, -1.041 W Compositions min/max/mass: -0.02482/1.062/5.351e+18 Number of advected particles: 20000 *** Timestep 645: t=3.75946e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -958 W, -641.3 W, -6311 W, -6565 W, -3.98e+09 W, -1.036 W Compositions min/max/mass: -0.02487/1.061/5.351e+18 Number of advected particles: 20000 *** Timestep 646: t=3.76511e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -961.8 W, -670.6 W, -6313 W, -6580 W, -3.98e+09 W, -1.029 W Compositions min/max/mass: -0.02492/1.059/5.351e+18 Number of advected particles: 20000 *** Timestep 647: t=3.77076e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -965.6 W, -699.9 W, -6315 W, -6596 W, -3.981e+09 W, -1.019 W Compositions min/max/mass: -0.02497/1.058/5.351e+18 Number of advected particles: 20000 *** Timestep 648: t=3.77641e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -968.8 W, -729 W, -6317 W, -6612 W, -3.981e+09 W, -1.011 W Compositions min/max/mass: -0.02502/1.057/5.35e+18 Number of advected particles: 20000 *** Timestep 649: t=3.78206e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -971.3 W, -757.8 W, -6319 W, -6628 W, -3.982e+09 W, -1 W Compositions min/max/mass: -0.02507/1.056/5.35e+18 Number of advected particles: 20000 *** Snapshot created! *** Timestep 650: t=3.78771e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -972.9 W, -786 W, -6321 W, -6644 W, -3.983e+09 W, -0.991 W Compositions min/max/mass: -0.02512/1.054/5.35e+18 Number of advected particles: 20000 *** Timestep 651: t=3.79336e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -973.5 W, -813.6 W, -6323 W, -6660 W, -3.983e+09 W, -0.9775 W Compositions min/max/mass: -0.02517/1.053/5.35e+18 Number of advected particles: 20000 *** Timestep 652: t=3.79901e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -973 W, -840.7 W, -6326 W, -6676 W, -3.984e+09 W, -0.9638 W Compositions min/max/mass: -0.02522/1.052/5.349e+18 Number of advected particles: 20000 *** Timestep 653: t=3.80466e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -971.6 W, -867.3 W, -6328 W, -6691 W, -3.985e+09 W, -0.9526 W Compositions min/max/mass: -0.02527/1.051/5.349e+18 Number of advected particles: 20000 *** Timestep 654: t=3.81032e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 35+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -969.3 W, -893.6 W, -6330 W, -6706 W, -3.985e+09 W, -0.9381 W Compositions min/max/mass: -0.02532/1.05/5.349e+18 Number of advected particles: 20000 *** Timestep 655: t=3.81597e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -966.1 W, -919.7 W, -6333 W, -6721 W, -3.986e+09 W, -0.9237 W Compositions min/max/mass: -0.02537/1.048/5.348e+18 Number of advected particles: 20000 *** Timestep 656: t=3.82162e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -962.1 W, -945.6 W, -6335 W, -6736 W, -3.987e+09 W, -0.9092 W Compositions min/max/mass: -0.02542/1.047/5.348e+18 Number of advected particles: 20000 *** Timestep 657: t=3.82727e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -957.2 W, -971.2 W, -6338 W, -6751 W, -3.987e+09 W, -0.8932 W Compositions min/max/mass: -0.02547/1.046/5.348e+18 Number of advected particles: 20000 *** Timestep 658: t=3.83292e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -951.5 W, -996.6 W, -6341 W, -6766 W, -3.988e+09 W, -0.8762 W Compositions min/max/mass: -0.02551/1.045/5.348e+18 Number of advected particles: 20000 *** Timestep 659: t=3.83857e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -945 W, -1022 W, -6344 W, -6781 W, -3.989e+09 W, -0.8585 W Compositions min/max/mass: -0.02556/1.044/5.347e+18 Number of advected particles: 20000 *** Timestep 660: t=3.84422e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1800 K, 1800 K, 2100 K Heat fluxes through boundary parts: -937.5 W, -1046 W, -6347 W, -6795 W, -3.99e+09 W, -0.8387 W Compositions min/max/mass: -0.02561/1.043/5.347e+18 Number of advected particles: 20000 Number of active cells: 44,570 (on 8 levels) Number of degrees of freedom: 2,324,371 (1,357,737+61,476+452,579+452,579) *** Timestep 661: t=3.84987e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 122+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -927.9 W, -1354 W, -6349 W, -6783 W, -3.987e+09 W, -0.8181 W Compositions min/max/mass: -0.02561/1.042/5.313e+18 Number of advected particles: 20000 *** Timestep 662: t=3.85552e+15 seconds Solving temperature system... 5 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 122+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -914.2 W, -1375 W, -6352 W, -6784 W, -3.99e+09 W, -0.7981 W Compositions min/max/mass: -0.0256/1.041/5.312e+18 Number of advected particles: 20000 *** Timestep 663: t=3.86117e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 67+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -902.5 W, -1396 W, -6356 W, -6787 W, -3.993e+09 W, -0.7787 W Compositions min/max/mass: -0.02559/1.04/5.312e+18 Number of advected particles: 20000 *** Timestep 664: t=3.86682e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 17 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 52+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -891.5 W, -1417 W, -6360 W, -6790 W, -3.997e+09 W, -0.7598 W Compositions min/max/mass: -0.02557/1.039/5.312e+18 Number of advected particles: 20000 *** Timestep 665: t=3.87247e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 44+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -880.9 W, -1437 W, -6364 W, -6793 W, -3.999e+09 W, -0.7385 W Compositions min/max/mass: -0.02556/1.039/5.312e+18 Number of advected particles: 20000 *** Timestep 666: t=3.87812e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 38+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -870.4 W, -1458 W, -6369 W, -6797 W, -4.002e+09 W, -0.7187 W Compositions min/max/mass: -0.02554/1.038/5.311e+18 Number of advected particles: 20000 *** Timestep 667: t=3.88377e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -860.2 W, -1478 W, -6373 W, -6800 W, -4.004e+09 W, -0.6969 W Compositions min/max/mass: -0.02552/1.037/5.311e+18 Number of advected particles: 20000 *** Timestep 668: t=3.88942e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 37+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -850 W, -1498 W, -6377 W, -6804 W, -4.005e+09 W, -0.6769 W Compositions min/max/mass: -0.02551/1.037/5.311e+18 Number of advected particles: 20000 *** Timestep 669: t=3.89507e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -840 W, -1517 W, -6382 W, -6809 W, -4.007e+09 W, -0.6558 W Compositions min/max/mass: -0.02549/1.036/5.311e+18 Number of advected particles: 20000 *** Timestep 670: t=3.90072e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -830.1 W, -1537 W, -6387 W, -6813 W, -4.008e+09 W, -0.6329 W Compositions min/max/mass: -0.02547/1.035/5.31e+18 Number of advected particles: 20000 *** Timestep 671: t=3.90637e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -820.3 W, -1557 W, -6392 W, -6818 W, -4.009e+09 W, -0.6082 W Compositions min/max/mass: -0.02545/1.035/5.31e+18 Number of advected particles: 20000 *** Timestep 672: t=3.91202e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 30+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -810.7 W, -1577 W, -6397 W, -6823 W, -4.01e+09 W, -0.5818 W Compositions min/max/mass: -0.02544/1.034/5.31e+18 Number of advected particles: 20000 *** Timestep 673: t=3.91767e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 41+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -801.2 W, -1598 W, -6402 W, -6828 W, -4.011e+09 W, -0.5567 W Compositions min/max/mass: -0.02542/1.033/5.309e+18 Number of advected particles: 20000 *** Timestep 674: t=3.92332e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 42+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -791.8 W, -1619 W, -6408 W, -6833 W, -4.012e+09 W, -0.5291 W Compositions min/max/mass: -0.0254/1.033/5.309e+18 Number of advected particles: 20000 *** Timestep 675: t=3.92897e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -782.5 W, -1640 W, -6414 W, -6839 W, -4.012e+09 W, -0.5005 W Compositions min/max/mass: -0.02538/1.032/5.309e+18 Number of advected particles: 20000 *** Timestep 676: t=3.93462e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -773.3 W, -1661 W, -6420 W, -6844 W, -4.013e+09 W, -0.4717 W Compositions min/max/mass: -0.02537/1.032/5.309e+18 Number of advected particles: 20000 *** Timestep 677: t=3.94027e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 34+0 iterations. Postprocessing: RMS, max velocity: 5.24e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -764.1 W, -1682 W, -6427 W, -6850 W, -4.014e+09 W, -0.4434 W Compositions min/max/mass: -0.02535/1.031/5.308e+18 Number of advected particles: 20000 *** Timestep 678: t=3.94592e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -755.1 W, -1703 W, -6433 W, -6856 W, -4.015e+09 W, -0.4154 W Compositions min/max/mass: -0.02533/1.03/5.308e+18 Number of advected particles: 20000 *** Timestep 679: t=3.95157e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -746.2 W, -1725 W, -6440 W, -6862 W, -4.016e+09 W, -0.3865 W Compositions min/max/mass: -0.02531/1.03/5.308e+18 Number of advected particles: 20000 *** Timestep 680: t=3.95722e+15 seconds Solving temperature system... 3 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -737.3 W, -1748 W, -6447 W, -6868 W, -4.017e+09 W, -0.358 W Compositions min/max/mass: -0.02529/1.029/5.308e+18 Number of advected particles: 20000 Number of active cells: 44,710 (on 8 levels) Number of degrees of freedom: 2,330,402 (1,361,262+61,632+453,754+453,754) *** Timestep 681: t=3.96287e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 152+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -734.1 W, -1867 W, -6401 W, -6880 W, -4.011e+09 W, -0.3278 W Compositions min/max/mass: -0.02528/1.028/5.301e+18 Number of advected particles: 20000 *** Timestep 682: t=3.96852e+15 seconds Solving temperature system... 6 iterations. Solving C_1 system ... 19 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 152+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -725.5 W, -1866 W, -6403 W, -6880 W, -4.012e+09 W, -0.3 W Compositions min/max/mass: -0.02527/1.028/5.301e+18 Number of advected particles: 20000 *** Timestep 683: t=3.97417e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 18 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 66+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -717.1 W, -1863 W, -6404 W, -6881 W, -4.012e+09 W, -0.2721 W Compositions min/max/mass: -0.02526/1.027/5.301e+18 Number of advected particles: 20000 *** Timestep 684: t=3.97982e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 16 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 50+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -708.8 W, -1861 W, -6406 W, -6881 W, -4.013e+09 W, -0.2432 W Compositions min/max/mass: -0.02525/1.026/5.301e+18 Number of advected particles: 20000 *** Timestep 685: t=3.98547e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 45+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -700.6 W, -1858 W, -6408 W, -6882 W, -4.013e+09 W, -0.2139 W Compositions min/max/mass: -0.02524/1.026/5.301e+18 Number of advected particles: 20000 *** Timestep 686: t=3.99112e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 26+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -692.5 W, -1856 W, -6411 W, -6883 W, -4.014e+09 W, -0.1834 W Compositions min/max/mass: -0.02523/1.025/5.301e+18 Number of advected particles: 20000 *** Timestep 687: t=3.99677e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 18+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -684.5 W, -1853 W, -6413 W, -6884 W, -4.015e+09 W, -0.1507 W Compositions min/max/mass: -0.02522/1.024/5.301e+18 Number of advected particles: 20000 *** Timestep 688: t=4.00242e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -676.6 W, -1851 W, -6416 W, -6884 W, -4.016e+09 W, -0.1202 W Compositions min/max/mass: -0.02521/1.024/5.3e+18 Number of advected particles: 20000 *** Timestep 689: t=4.00807e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -668.8 W, -1849 W, -6418 W, -6885 W, -4.017e+09 W, -0.08748 W Compositions min/max/mass: -0.0252/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 690: t=4.01372e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 33+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -661.1 W, -1847 W, -6421 W, -6886 W, -4.018e+09 W, -0.05509 W Compositions min/max/mass: -0.0252/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 691: t=4.01937e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -653.4 W, -1844 W, -6423 W, -6888 W, -4.02e+09 W, -0.02097 W Compositions min/max/mass: -0.02519/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 692: t=4.02502e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -645.8 W, -1842 W, -6426 W, -6889 W, -4.021e+09 W, 0.01289 W Compositions min/max/mass: -0.02518/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 693: t=4.03067e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 29+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -638.2 W, -1840 W, -6429 W, -6890 W, -4.023e+09 W, 0.047 W Compositions min/max/mass: -0.02517/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 694: t=4.03632e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 32+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -630.7 W, -1838 W, -6432 W, -6891 W, -4.025e+09 W, 0.08197 W Compositions min/max/mass: -0.02516/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 695: t=4.04198e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 28+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -623.2 W, -1836 W, -6435 W, -6893 W, -4.026e+09 W, 0.1171 W Compositions min/max/mass: -0.02516/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 696: t=4.04763e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -615.8 W, -1834 W, -6438 W, -6894 W, -4.028e+09 W, 0.1503 W Compositions min/max/mass: -0.02515/1.023/5.3e+18 Number of advected particles: 20000 *** Timestep 697: t=4.05328e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 27+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -608.5 W, -1832 W, -6441 W, -6896 W, -4.029e+09 W, 0.1856 W Compositions min/max/mass: -0.02514/1.023/5.299e+18 Number of advected particles: 20000 *** Timestep 698: t=4.05893e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 14 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -601.1 W, -1830 W, -6444 W, -6898 W, -4.031e+09 W, 0.2205 W Compositions min/max/mass: -0.02513/1.023/5.299e+18 Number of advected particles: 20000 *** Timestep 699: t=4.06458e+15 seconds Solving temperature system... 4 iterations. Solving C_1 system ... 15 iterations. Rebuilding Stokes preconditioner... Solving Stokes system... 31+0 iterations. Postprocessing: RMS, max velocity: 5.25e-10 m/s, 2.23e-09 m/s Temperature min/avg/max: 1799 K, 1800 K, 2100 K Heat fluxes through boundary parts: -593.9 W, -1828 W, -6447 W, -6900 W, -4.032e+09 W, 0.2552 W Compositions min/max/mass: -0.02513/1.023/5.299e+18 Number of advected particles: 20000