
Number of active cells: 768 (on 4 levels)
Number of degrees of freedom: 13,920 (6,528+864+3,264+3,264)

*** Timestep 0:  t=0 seconds, dt=0 seconds
   Skipping temperature solve because RHS is zero.
   Solving C_1 system ... 0 iterations.
   Solving Stokes system (GMG)... 19+0 iterations.

   Postprocessing:

     Model domain depth (m):                        2.855e+06
     Temperature contrast across model domain (K):  0
     Reference depth (m):                           0
     Reference temperature (K):                     0
     Reference pressure (Pa):                       0
     Reference gravity (m/s^2):                     9.816
     Reference density (kg/m^3):                    3338.68
     Reference thermal expansion coefficient (1/K): 4e-05
     Reference specific heat capacity (J/(K*kg)):   1250
     Reference thermal conductivity (W/(m*K)):      4.7
     Reference viscosity (Pa*s):                    1e+22
     Reference thermal diffusivity (m^2/s):         1.12619e-06
     Rayleigh number:                               0

     Writing graphical output:           output-passive_comp/solution/solution-00000
     RMS, max velocity:                  5.11e-08 m/s, 6.3e-08 m/s
     Temperature min/avg/max:            0 K, 0 K, 0 K
     Heat fluxes through boundary parts: 39.09 W, 12.3 W
     Writing depth average:              output-passive_comp/depth_average

*** Timestep 1:  t=2.81625e+12 seconds, dt=2.81625e+12 seconds
   Solving temperature system... 27 iterations.
   Solving C_1 system ... 19 iterations.
   Solving Stokes system (GMG)... 0+0 iterations.

   Postprocessing:
     Writing graphical output:           output-passive_comp/solution/solution-00001
     RMS, max velocity:                  5.11e-08 m/s, 6.3e-08 m/s
     Temperature min/avg/max:            -1.939e-06 K, 0.0001666 K, 0.0008265 K
     Heat fluxes through boundary parts: 296.7 W, 185 W
     Writing depth average:              output-passive_comp/depth_average

*** Timestep 2:  t=5.6325e+12 seconds, dt=2.81625e+12 seconds
   Solving temperature system... 17 iterations.
   Solving C_1 system ... 21 iterations.
   Solving Stokes system (GMG)... 2+0 iterations.

   Postprocessing:
     Writing graphical output:           output-passive_comp/solution/solution-00002
     RMS, max velocity:                  5.11e-08 m/s, 6.3e-08 m/s
     Temperature min/avg/max:            -2.203e-06 K, 0.0003337 K, 0.001549 K
     Heat fluxes through boundary parts: 218 W, 167.5 W
     Writing depth average:              output-passive_comp/depth_average

*** Timestep 3:  t=8e+12 seconds, dt=2.3675e+12 seconds
   Solving temperature system... 15 iterations.
   Solving C_1 system ... 19 iterations.
   Solving Stokes system (GMG)... 0+0 iterations.

   Postprocessing:
     Writing graphical output:           output-passive_comp/solution/solution-00003
     RMS, max velocity:                  5.11e-08 m/s, 6.3e-08 m/s
     Temperature min/avg/max:            -3.128e-06 K, 0.0004743 K, 0.002085 K
     Heat fluxes through boundary parts: 180.9 W, 182 W
     Writing depth average:              output-passive_comp/depth_average

Termination requested by criterion: end time



