FlowMoMcFadden
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***Here is the Workbench Solution Monitoring Transcript***


 


 


 


Initialize using the hybrid initialization method.


 


Checking case topology...


-This case has both inlets & outlets


-Pressure information is available at the boundaries


 


              iter                       scalar-0               scalar-1


 


              1                           1.000000e+00   1.000000e+00


              2                           3.732251e-05    5.330764e-04


              3                           4.845043e-06    4.195075e-04


              4                           1.001440e-06    9.112543e-05


              5                           1.837280e-07    2.004189e-05


              6                           3.913563e-08    3.957068e-06


              7                           8.403059e-09    8.178083e-07


              8                           2.007402e-09    1.637183e-07


              9                           4.864662e-10    3.426801e-08


              10                        1.305412e-10    7.020132e-09


              11                        3.507668e-11    1.486309e-09


              12                        1.040826e-11    3.107796e-10


              13                        3.026786e-12    6.660084e-11


              14                        9.520428e-13    1.419465e-11


              15                        3.135888e-13    3.089025e-12


              16                        1.029237e-13    6.707994e-13


              17                        3.793189e-14    1.488632e-13


              18                        1.259621e-14    3.304506e-14


              19                        6.453816e-15    7.551835e-15


              20                        5.013771e-15    2.136202e-15


 


Hybrid initialization is done.


 


  iter  continuity  x-velocity  y-velocity      energy           k     epsilon     time/iter


 


 time step reduced in 1 cells due to excessive temperature change


 time step reduced in 1 cells due to excessive temperature change


 time step reduced in 1 cells due to excessive temperature change


 time step reduced in 1 cells due to excessive temperature change


 time step reduced in 1 cells due to excessive temperature change


    50  1.1903e-01  1.2250e-01  1.2900e-01  1.0176e-01  2.6409e-02  2.4182e-02  0:066 4950


   100  1.0406e-01  9.7876e-02  1.1015e-01  6.9859e-02  1.5656e-02  2.1571e-02  0:062 4900


   150  1.4797e-01  1.1054e-01  1.1377e-01  5.8183e-02  1.4480e-02  2.8143e-03  0:06:28 4850


 


 ***Deleted most of the iteration data***


  iter  continuity  x-velocity  y-velocity      energy           k     epsilon     time/iter


  5000  4.7943e-03  4.2283e-03  2.2885e-03  1.0954e-03  3.0869e-04  6.2504e-04  0:00:00    0


Writing "| gzip -2cf > SolutionMonitor.gz"...


Writing temporary file C:\Users\Smitty\AppData\Local\Temp\flntgz-339722 ...


Done.


 


number tracked = 107, escaped = 102, aborted = 0, trapped = 0, evaporated = 0, incomplete = 5, incomplete_parallel = 0


Writing "| gzip -2cf > FFF.1-88.cas.gz"...


Writing temporary file C:\Users\Smitty\AppData\Local\Temp\flntgz-339723 ...


   16651 mixed cells, zone  2, binary.


   16651 cell partition ids, zone  2, 2 partitions, binary.


   32531 2D interior faces, zone  1, binary.


     320 2D axis faces, zone  5, binary.


      15 2D pressure-inlet faces, zone  6, binary.


      50 2D pressure-inlet faces, zone  7, binary.


      42 2D pressure-outlet faces, zone  8, binary.


     176 2D wall faces, zone  9, binary.


     180 2D wall faces, zone 10, binary.


     706 2D wall faces, zone 11, binary.


   17370 nodes, binary.


   17370 node flags, binary.


Done.


 


Writing "| gzip -2cf > FFF.1-88-05000.dat.gz"...


Writing temporary file C:\Users\Smitty\AppData\Local\Temp\flntgz-339724 ...


Done.


 


 


Performance Timer for 5000 iterations on 2 compute nodes


  Average wall-clock time per iteration:              0.079 sec


  Global reductions per iteration:                       97 ops


  Global reductions time per iteration:               0.000 sec (0.0%)


  Message count per iteration:                          501 messages


  Data transfer per iteration:                        0.160 MB


  LE solves per iteration:                                3 solves


  LE wall-clock time per iteration:                   0.046 sec (57.5%)


  LE global solves per iteration:                         1 solves


  LE global wall-clock time per iteration:            0.000 sec (0.1%)


  LE global matrix maximum size:                        19


  AMG cycles per iteration:                           3.020 cycles


  Relaxation sweeps per iteration:                      226 sweeps


  Relaxation exchanges per iteration:                     0 exchanges


  LE early protections (stall) per iteration:           0.000 times


  LE early protections (divergence) per iteration:      0.000 times


 


  Total wall-clock time:                            396.931 sec