Airbreaks-Low-Power/Autodesk Inventor/CFD/Sail Brake V4/Design Study/No Flaps/Scenario 1/solver/Scenario 1.sol
2023-12-19 18:30:36 -06:00

6642 lines
156 KiB
Solidity

Trying to open C:\Program Files\Autodesk\CFD 2021/cfdctl.def
Success for C:\Program Files\Autodesk\CFD 2021/cfdctl.def
Trying to open Scenario 1.ctl
Success for Scenario 1.ctl
no_difu_tensors 1 DR_Flow_lenght_Model 1 set from flag DR_Formulation 0
DR radial velocities are not interpolated
*** CFD Solver Monitor Output ***
CFD 2021 (2021) [20201120]
Job Name = Scenario 1 Date created: Fri Dec 17 11:17:06 2021
Number of Parts = 2
ID 1 Volume 2.441163e+03 Centroid -1.958660e-01 -1.197234e+01 -5.672000e-01 Name: CFDCreatedVolum
ID 2 Volume 2.997559e+06 Centroid -1.880407e-01 -7.300395e+00 -2.773155e-01 Name: Part1.Solid
Begin Radial Fan Processing
End Initial Radial Fan Stuff
CPU time in GBIIn = 0.969 sec
UseDifuTensor = 0
Begin node/surface time bc
End node time bc
Begin element/volume time bc
End element/volume time bc
Surf Stuff 4098
BL stabilization flag use_bl_stabilization not in use
56833 thru and thru connections
Number of Processors, 1 headnode, and 4 computenode(s)
Momentum (U) Advection Scheme = 12
Momentum (V) Advection Scheme = 12
Momentum (W) Advection Scheme = 12
Minimum Nodal Aspect Ratio = 1.000000e+00
Maximum Nodal Aspect Ratio = 1.188238e+04
Mean Nodal Aspect Ratio = 1.400631e+02
Minimum Element Aspect Ratio = 1.000000e+00
Maximum Element Aspect Ratio = 1.160536e+04
Mean Element Aspect Ratio = 4.490454e+01
Vx Vel is set up for automatic convergence control
Vy Vel is set up for automatic convergence control
Vz Vel is set up for automatic convergence control
Press is set up for automatic convergence control
TurbK is set up for automatic convergence control
TurbD is set up for automatic convergence control
Auto Stop is turned on.
Instantaneous Convergence Curve Slope Tolerance = 0.001000
Time-Average Convergence Curve Slope Tolerance = 0.031620
Time-Average Convergence Curve Concavity Tolerance = 0.031620
Field Fluctuation Tolerance = 0.000100
CAD_Surf_Data_Option 1 mElem 563693 NumCFMSurfs 4098
rank 0 mNode 34491
rank 1 mNode 42454
rank 2 mNode 36447
rank 3 mNode 43356
1 25 kRho Dens property is constant
2 26 kVisc Visc property is constant
3 27 kCond Cond property is constant
4 28 kCp SpecH property is constant
5 29 kSurfT SurfT property is constant
6 30 kEmis Emiss property is constant
7 32 kDRhoDP DRhDP property is constant
8 33 kVolum Volum property is constant
9 35 kWallRough WRough property is constant
10 41 kRhoLiq RhoLiq property is constant
11 42 kRhoMix RhoMix property is constant
12 43 kRhoVap RhoVap property is constant
13 47 kGen GenT property is variable
Active Field Variables = 59
Field Variable List
1 1 kU Vx Vel
2 2 kV Vy Vel
3 3 kW Vz Vel
4 4 kP Press
5 5 kT Temp
6 6 kKin TurbK
7 7 kDiss TurbD
8 8 kScal1 Scal1
9 9 kTotalT TTotl
10 10 kEnth Enth
11 11 kVOF VOF_F
12 12 kElecPot EPote
13 13 kVelPot VelPot
14 15 kLiqFrac LiqVFrac
15 16 kTotalP PTotl
16 17 kSteam St_Ql
17 18 kHumid Humid
18 20 kVeff EVisc
19 21 kCeff ECond
20 22 kECurX ECurX
21 23 kECurY ECurY
22 24 kECurZ ECurZ
23 25 kRho Dens
24 26 kVisc Visc
25 27 kCond Cond
26 28 kCp SpecH
27 29 kSurfT SurfT
28 30 kEmis Emiss
29 32 kDRhoDP DRhDP
30 33 kVolum Volum
31 35 kWallRough WRough
32 41 kRhoLiq RhoLiq
33 42 kRhoMix RhoMix
34 43 kRhoVap RhoVap
35 47 kGen GenT
36 54 kKSubU KSubU
37 55 kKSubV KSubV
38 56 kKSubW KSubW
39 57 kUHat UHat
40 58 kVHat VHat
41 59 kWHat WHat
42 60 kUDiag UDiag
43 61 kVDiag VDiag
44 62 kWDiag WDiag
45 63 kPSrc PSrc
46 64 kRHS RHS
47 65 kDiag Diag
48 66 kRDiag RDiag
49 67 kAdvChk AdvCk
50 68 kOneMore OneMore
51 70 kNodAspRat NAspRat
52 71 kTESrc TESrc
53 73 kUESrc UESrc
54 74 kUNSrc UNSrc
55 75 kVESrc VESrc
56 76 kVNSrc VNSrc
57 77 kWESrc WESrc
58 78 kWNSrc WNSrc
59 222 kNull NullV
Node BC Counts
Vx Vel Total 41044 Slaves 11274 14761 12815 15151
Vy Vel Total 41044 Slaves 11274 14761 12815 15151
Vz Vel Total 41044 Slaves 11274 14761 12815 15151
Press Total 157 Slaves 0 0 157 0
Temp Total 0 Slaves 0 0 0 0
TurbK Total 31273 Slaves 10149 16222 10326 17730
TurbD Total 31273 Slaves 10149 16222 10326 17730
Scal1 Total 0 Slaves 0 0 0 0
TTotl Total 0 Slaves 0 0 0 0
Enth Total 0 Slaves 0 0 0 0
VOF_F Total 0 Slaves 0 0 0 0
EPote Total 0 Slaves 0 0 0 0
VelPot Total 0 Slaves 0 0 0 0
EddyMu Total 0 Slaves 0 0 0 0
LiqVFrac Total 0 Slaves 0 0 0 0
PTotl Total 0 Slaves 0 0 0 0
St_Ql Total 0 Slaves 0 0 0 0
Humid Total 0 Slaves 0 0 0 0
RotVel Total 0 Slaves 0 0 0 0
EVisc Total 0 Slaves 0 0 0 0
ECond Total 1 Slaves 1 0 0 1
ECurX Total 0 Slaves 0 0 0 0
ECurY Total 0 Slaves 0 0 0 0
ECurZ Total 0 Slaves 0 0 0 0
Dens Total 40877 Slaves 11274 14761 12648 15151
Visc Total 0 Slaves 0 0 0 0
Cond Total 0 Slaves 0 0 0 0
SpecH Total 0 Slaves 0 0 0 0
SurfT Total 0 Slaves 0 0 0 0
Emiss Total 0 Slaves 0 0 0 0
Transmiss Total 0 Slaves 0 0 0 0
DRhDP Total 0 Slaves 0 0 0 0
Volum Total 0 Slaves 0 0 0 0
ElRes Total 0 Slaves 0 0 0 0
WRough Total 0 Slaves 0 0 0 0
Thick Total 0 Slaves 0 0 0 0
SpecDif Total 0 Slaves 0 0 0 0
ContcRes Total 0 Slaves 0 0 0 0
ThetaJB Total 0 Slaves 0 0 0 0
ThetaJC Total 0 Slaves 0 0 0 0
RhoLiq Total 0 Slaves 0 0 0 0
RhoMix Total 0 Slaves 0 0 0 0
RhoVap Total 0 Slaves 0 0 0 0
SeeBeck Total 0 Slaves 0 0 0 0
SHGC Total 0 Slaves 0 0 0 0
Ufactor Total 0 Slaves 0 0 0 0
Total number of Wall Elements = 34613
Rank 0 NoWallElems 11010
Rank 1 NoWallElems 8920
Rank 2 NoWallElems 5305
Rank 3 NoWallElems 9378
Total number of Wall Node Pairs = 19228
Rank 0 NoWNWPairs 7068
Rank 1 NoWNWPairs 4207
Rank 2 NoWNWPairs 2692
Rank 3 NoWNWPairs 5261
0 wall node pairs are unclaimed.
Total number of External Element Faces = 58190
Rank 0 TotalElemFaces 15750
Rank 1 TotalElemFaces 15847
Rank 2 TotalElemFaces 10031
Rank 3 TotalElemFaces 16562
Element BC Counts
Inlet Total 252 Slaves 0 0 252 0
Otlet Total 200 Slaves 0 0 200 0
Unknw Total 0 Slaves 0 0 0 0
OutP Total 0 Slaves 0 0 0 0
Wall Total 57738 Slaves 15750 15847 9579 16562
Sym Total 0 Slaves 0 0 0 0
Slip Total 0 Slaves 0 0 0 0
Peri Total 0 Slaves 0 0 0 0
HFlux Total 0 Slaves 0 0 0 0
HCoef Total 0 Slaves 0 0 0 0
RCoef Total 0 Slaves 0 0 0 0
VHSrc Total 0 Slaves 0 0 0 0
NHSrc Total 0 Slaves 0 0 0 0
TotalQv Total 0 Slaves 0 0 0 0
TotalQf Total 0 Slaves 0 0 0 0
Transparent Total 0 Slaves 0 0 0 0
ECurMag Total 0 Slaves 0 0 0 0
FanI Total 0 Slaves 0 0 0 0
SFlux Total 0 Slaves 0 0 0 0
MWall Total 0 Slaves 0 0 0 0
RotWh Total 0 Slaves 0 0 0 0
HTamb Total 0 Slaves 0 0 0 0
RTSrc Total 0 Slaves 0 0 0 0
Fsurf Total 0 Slaves 0 0 0 0
VolF Total 0 Slaves 0 0 0 0
AllVel Total 0 Slaves 0 0 0 0
InFan Total 0 Slaves 0 0 0 0
OutFan Total 0 Slaves 0 0 0 0
ShellF Total 0 Slaves 0 0 0 0
Extrude Total 0 Slaves 0 0 0 0
InHeatEx Total 0 Slaves 0 0 0 0
OutHeatEx Total 0 Slaves 0 0 0 0
None Total 0 Slaves 0 0 0 0
Region 1 Total Faces 252 Ranks 0 0 252 0
Region 2 Total Faces 200 Ranks 0 0 200 0
Region 3 Total Faces 2074 Ranks 0 0 2074 0
Region 4 Total Faces 55664 Ranks 15750 15847 7505 16562
Rank 2 claims the zero slot for BC Region 1
Rank 2 claims the zero slot for BC Region 2
Rank 2 claims the zero slot for BC Region 3
Rank 2 claims the zero slot for BC Region 4
Parallel Set Up required 1.480000 seconds - Phase 1
Parallel Set Up required 3.295000 seconds - Phase 2
Total NumFaces Counts, computenode (58190) / headnode (58190)
Total NumNodes Counts, computenode (32843) / headnode (32843)
Max_ref 418981 for rank 0
Max_ref 426102 for rank 1
Max_ref 407410 for rank 2
Max_ref 421316 for rank 3
optimal communication in use.
solver processor count is optimal, 4 = 2^N, where N = 2.
Rank 0 reports 0 flow mapping errors
Rank 1 reports 0 flow mapping errors
Rank 2 reports 0 flow mapping errors
Rank 3 reports 0 flow mapping errors
Rank 4 reports 0 flow mapping errors
Rank 0 reports 0 thermal mapping errors
Rank 1 reports 0 thermal mapping errors
Rank 2 reports 0 thermal mapping errors
Rank 3 reports 0 thermal mapping errors
Rank 4 reports 0 thermal mapping errors
Parallel Set Up required 0.478000 seconds - Phase 3
Total number of Flow Length Elements = 0
Rank 0 n_dr_len 0
Rank 1 n_dr_len 0
Rank 2 n_dr_len 0
Rank 3 n_dr_len 0
Damped Jacobi Solver is active for all transport equations
Running Avoid Failure solver 14 optimizer
Relaxation on Temperature = 1.000000
fbss_solver_optimization flag = 0
mpi flag = 1
Solver on Energy Equation = 14
Energy Advection Scheme = 12
Compressibility 0
Transient Flag 0
Thermal Time Step Control 0
Ave Values = 8.301064 -1709.682975 0.695589 -3017.664099 273.150000 172884.236679 94233546425.896072 0.000000
Global Iter or Time Step = 981 Local iter = 1
CPU time in formloop calculation = 0.281, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.960092e+03
Iter 1, norm = 7.367600e+02
Iter 2, norm = 1.921555e+02
Iter 3, norm = 5.061774e+01
Iter 4, norm = 1.456388e+01
Iter 5, norm = 4.195344e+00
Iter 6, norm = 1.256326e+00
Iter 7, norm = 3.728144e-01
Iter 8, norm = 1.137120e-01
Iter 9, norm = 3.427632e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.100000e-02
kPhi 1 Min -3.005069e+03 Max 2.863133e+03
CPU time in formloop calculation = 0.299, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.813038e+03
Iter 1, norm = 1.119643e+03
Iter 2, norm = 3.021035e+02
Iter 3, norm = 8.024781e+01
Iter 4, norm = 2.375243e+01
Iter 5, norm = 6.919722e+00
Iter 6, norm = 2.115964e+00
Iter 7, norm = 6.434896e-01
Iter 8, norm = 2.001547e-01
Iter 9, norm = 6.241853e-02
Iter 10, norm = 1.966045e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.200000e-02
kPhi 2 Min -8.320355e+03 Max 2.055478e+03
CPU time in formloop calculation = 0.307, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.730722e+03
Iter 1, norm = 5.665503e+02
Iter 2, norm = 1.444991e+02
Iter 3, norm = 3.939882e+01
Iter 4, norm = 1.132098e+01
Iter 5, norm = 3.284810e+00
Iter 6, norm = 9.789095e-01
Iter 7, norm = 2.929509e-01
Iter 8, norm = 8.920788e-02
Iter 9, norm = 2.733115e-02
Iter 10, norm = 8.481868e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.800000e-02
kPhi 3 Min -3.064118e+03 Max 2.993509e+03
CPU time in formloop calculation = 0.167, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190909e-11, Max = 6.824944e-01, Ratio = 5.730870e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103323, Ave = 2.017428
No further residual reduction was possible, Iter=56 ResNorm = 2.62872E-09
kPhi 4 count 1 reset 16 log10 tau1 -2.000000 log10 tau2 -3.000000 theta 0.100000 D1 1.426442 D2 1.331550 D 2.757992 CPU 1.508000 ( 0.110000 / 0.191000 ) Total 1.508000
CPU time in solver = 1.508000e+00
res_data kPhi 4 its 56 res_in 2.167188e-01 res_out 2.628720e-09 eps 2.167188e-09 srr 1.212964e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.185174e+04 Max 3.426631e+04
CPU time in formloop calculation = 0.152, kPhi = 1
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.376, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.039014e+08
Iter 1, norm = 1.669627e+07
Iter 2, norm = 2.867099e+06
Iter 3, norm = 6.848092e+05
Iter 4, norm = 1.628573e+05
Iter 5, norm = 4.329328e+04
Iter 6, norm = 1.162815e+04
Iter 7, norm = 3.311731e+03
Iter 8, norm = 9.575002e+02
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.100000e-02
kPhi 6 Min -2.246630e+07 Max 9.542300e+08
CPU time in formloop calculation = 0.302, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.823569e+16
Iter 1, norm = 2.069804e+13
Iter 2, norm = 2.816003e+11
Iter 3, norm = 2.949259e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.300000e-02
kPhi 7 Min -7.451992e+12 Max 6.050365e+14
Ave Values = 8.303468 -1709.678916 0.675005 -3017.749450 0.000000 170616.756489 94182470883.772369 0.000000
Iter 981 Analysis_Time 4.000000
iter 981 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985731e-02 Thermal_dt 3.985731e-02 time 0.000000e+00
auto_dt from Courant 3.985731e-02
auto_dt 6.999011e-02 applying vel_error 5.694706e-04
0.05 relaxation on auto_dt 5.153998e-02
storing dt_old 5.153998e-02
Outgoing auto_dt 5.153998e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 1.750982e-06 (2) 2.956786e-06 (3) -1.499427e-05 (4) -8.321258e-08 (6) -7.002398e-03 (7) -5.299823e-04
TurbK limits - Max Fluctuation = 8.129136e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 982 Local iter = 2
CPU time in formloop calculation = 0.29, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.627475e+03
Iter 1, norm = 6.897735e+02
Iter 2, norm = 1.811539e+02
Iter 3, norm = 4.781740e+01
Iter 4, norm = 1.402589e+01
Iter 5, norm = 4.046008e+00
Iter 6, norm = 1.229365e+00
Iter 7, norm = 3.661679e-01
Iter 8, norm = 1.131176e-01
Iter 9, norm = 3.431568e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005207e+03 Max 2.864314e+03
CPU time in formloop calculation = 0.318, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.754155e+03
Iter 1, norm = 1.160790e+03
Iter 2, norm = 3.185783e+02
Iter 3, norm = 8.661903e+01
Iter 4, norm = 2.557975e+01
Iter 5, norm = 7.541663e+00
Iter 6, norm = 2.297219e+00
Iter 7, norm = 7.040584e-01
Iter 8, norm = 2.184976e-01
Iter 9, norm = 6.846532e-02
Iter 10, norm = 2.154486e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 2 Min -8.320309e+03 Max 2.054530e+03
CPU time in formloop calculation = 0.308, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.638130e+03
Iter 1, norm = 5.440285e+02
Iter 2, norm = 1.417488e+02
Iter 3, norm = 3.854561e+01
Iter 4, norm = 1.116383e+01
Iter 5, norm = 3.255612e+00
Iter 6, norm = 9.765293e-01
Iter 7, norm = 2.949156e-01
Iter 8, norm = 9.046558e-02
Iter 9, norm = 2.800009e-02
Iter 10, norm = 8.754007e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.200000e-02
kPhi 3 Min -3.065054e+03 Max 2.993535e+03
CPU time in formloop calculation = 0.165, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190914e-11, Max = 6.830340e-01, Ratio = 5.735375e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103331, Ave = 2.017421
No further residual reduction was possible, Iter=42 ResNorm = 3.10877E-09
kPhi 4 count 2 reset 16 log10 tau1 -2.301030 log10 tau2 -3.301030 theta 0.100000 D1 1.844121 D2 1.626432 D 3.470552 CPU 0.533000 ( 0.146000 / 0.173000 ) Total 2.041000
CPU time in solver = 5.330000e-01
res_data kPhi 4 its 42 res_in 1.970914e-01 res_out 3.108766e-09 eps 1.970914e-09 srr 1.577322e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.185126e+04 Max 3.429412e+04
CPU time in formloop calculation = 0.15, kPhi = 1
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.383, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 2.430170e+08
Iter 1, norm = 3.900246e+07
Iter 2, norm = 6.851340e+06
Iter 3, norm = 1.418147e+06
Iter 4, norm = 3.150437e+05
Iter 5, norm = 7.902869e+04
Iter 6, norm = 2.136064e+04
Iter 7, norm = 6.085670e+03
Iter 8, norm = 1.765457e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.100000e-02
kPhi 6 Min -4.208156e+07 Max 9.618260e+08
CPU time in formloop calculation = 0.311, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.289839e+16
Iter 1, norm = 1.900342e+13
Iter 2, norm = 3.039617e+11
Iter 3, norm = 3.446940e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -1.057435e+13 Max 6.076064e+14
At iteration 981 Turbulence Property clipping occurred at 0 viscosity and 1 conductivity nodes
At iteration 981 max_ratioV = 8.284372e+05 max_ratioC = 2.819971e+06
Ave Values = 8.307773 -1709.673449 0.655214 -3017.817517 0.000000 171384.810654 95781102470.030609 0.000000
Iter 982 Analysis_Time 7.000000
iter 982 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985750e-02 Thermal_dt 3.985750e-02 time 0.000000e+00
auto_dt from Courant 3.985750e-02
auto_dt 8.277748e-02 applying vel_error 4.815018e-04
0.05 relaxation on auto_dt 5.310185e-02
storing dt_old 5.310185e-02
Outgoing auto_dt 5.310185e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 3.135955e-06 (2) 3.982095e-06 (3) -1.441616e-05 (4) -6.636161e-08 (6) 2.371893e-03 (7) 1.658810e-02
TurbD limits - Max Fluctuation = 8.981607e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 983 Local iter = 3
CPU time in formloop calculation = 0.312, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 1.709056e+04
Iter 1, norm = 3.176749e+03
Iter 2, norm = 6.392782e+02
Iter 3, norm = 1.620707e+02
Iter 4, norm = 4.132189e+01
Iter 5, norm = 1.143455e+01
Iter 6, norm = 3.222804e+00
Iter 7, norm = 9.343410e-01
Iter 8, norm = 2.800551e-01
Iter 9, norm = 8.382529e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 1 Min -3.005343e+03 Max 2.865795e+03
CPU time in formloop calculation = 0.297, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 8.218373e+03
Iter 1, norm = 1.700233e+03
Iter 2, norm = 4.617418e+02
Iter 3, norm = 1.243450e+02
Iter 4, norm = 3.574301e+01
Iter 5, norm = 1.033338e+01
Iter 6, norm = 3.069068e+00
Iter 7, norm = 9.203931e-01
Iter 8, norm = 2.804325e-01
Iter 9, norm = 8.607075e-02
Iter 10, norm = 2.676870e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.300000e-02
kPhi 2 Min -8.320271e+03 Max 2.053490e+03
CPU time in formloop calculation = 0.307, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 3.954061e+03
Iter 1, norm = 7.766041e+02
Iter 2, norm = 1.841273e+02
Iter 3, norm = 4.784940e+01
Iter 4, norm = 1.315259e+01
Iter 5, norm = 3.638433e+00
Iter 6, norm = 1.055060e+00
Iter 7, norm = 3.067284e-01
Iter 8, norm = 9.299939e-02
Iter 9, norm = 2.814149e-02
Damped Jacobi Vz Vel solver converged in 9 iterations.
CPU time in solver = 2.400000e-02
kPhi 3 Min -3.067218e+03 Max 2.993563e+03
CPU time in formloop calculation = 0.171, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190920e-11, Max = 6.838925e-01, Ratio = 5.742555e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103337, Ave = 2.017420
No further residual reduction was possible, Iter=32 ResNorm = 7.64514E-09
kPhi 4 count 3 reset 16 log10 tau1 -2.602060 log10 tau2 -3.602060 theta 0.100000 D1 2.387714 D2 1.942145 D 4.329859 CPU 0.552000 ( 0.201000 / 0.148000 ) Total 2.593000
CPU time in solver = 5.520000e-01
res_data kPhi 4 its 32 res_in 6.913824e-01 res_out 7.645144e-09 eps 6.913824e-09 srr 1.105777e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.185085e+04 Max 3.416580e+04
CPU time in formloop calculation = 0.143, kPhi = 1
Iter 982 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.009
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.361, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 2.593136e+08
Iter 1, norm = 4.627032e+07
Iter 2, norm = 9.567038e+06
Iter 3, norm = 2.187940e+06
Iter 4, norm = 5.459506e+05
Iter 5, norm = 1.332640e+05
Iter 6, norm = 3.730741e+04
Iter 7, norm = 9.745151e+03
Iter 8, norm = 2.927894e+03
Iter 9, norm = 8.050095e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.400000e-02
kPhi 6 Min -1.781041e+07 Max 9.684590e+08
CPU time in formloop calculation = 0.295, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.681453e+16
Iter 1, norm = 2.665543e+13
Iter 2, norm = 1.017354e+12
Iter 3, norm = 1.156035e+11
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -8.183843e+12 Max 6.109052e+14
Ave Values = 8.310706 -1709.668664 0.634209 -3017.870223 0.000000 171406.690004 95105790022.235123 0.000000
Iter 983 Analysis_Time 10.000000
iter 983 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985769e-02 Thermal_dt 3.985769e-02 time 0.000000e+00
auto_dt from Courant 3.985769e-02
0.05 relaxation on auto_dt 5.243965e-02
storing dt_old 5.243965e-02
Outgoing auto_dt 5.243965e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 2.136338e-06 (2) 3.485561e-06 (3) -1.530011e-05 (4) -5.138598e-08 (6) 6.756748e-05 (7) -7.007339e-03
TurbD limits - Avg convergence slope = 7.007339e-03
TurbD limits - Time Average Slope = 2.970642e-02, Concavity = 5.336961e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.180407e-02
ISC update required 0.003000 seconds
Surf Stuff 4098
Global Iter or Time Step = 984 Local iter = 4
CPU time in formloop calculation = 0.315, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 1.218771e+04
Iter 1, norm = 2.214862e+03
Iter 2, norm = 4.493872e+02
Iter 3, norm = 1.156948e+02
Iter 4, norm = 3.065002e+01
Iter 5, norm = 8.732110e+00
Iter 6, norm = 2.541538e+00
Iter 7, norm = 7.566690e-01
Iter 8, norm = 2.310608e-01
Iter 9, norm = 7.055827e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 3.000000e-02
kPhi 1 Min -3.004839e+03 Max 2.866065e+03
CPU time in formloop calculation = 0.322, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 6.741800e+03
Iter 1, norm = 1.393946e+03
Iter 2, norm = 3.691441e+02
Iter 3, norm = 1.010430e+02
Iter 4, norm = 2.900395e+01
Iter 5, norm = 8.517638e+00
Iter 6, norm = 2.532221e+00
Iter 7, norm = 7.712467e-01
Iter 8, norm = 2.361648e-01
Iter 9, norm = 7.363664e-02
Iter 10, norm = 2.306040e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 2 Min -8.320237e+03 Max 2.054007e+03
CPU time in formloop calculation = 0.336, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.765263e+03
Iter 1, norm = 5.274089e+02
Iter 2, norm = 1.330297e+02
Iter 3, norm = 3.506504e+01
Iter 4, norm = 1.014451e+01
Iter 5, norm = 2.887152e+00
Iter 6, norm = 8.651489e-01
Iter 7, norm = 2.575924e-01
Iter 8, norm = 7.919523e-02
Iter 9, norm = 2.435760e-02
Damped Jacobi Vz Vel solver converged in 9 iterations.
CPU time in solver = 2.300000e-02
kPhi 3 Min -3.062385e+03 Max 2.994009e+03
CPU time in formloop calculation = 0.193, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190924e-11, Max = 6.835090e-01, Ratio = 5.739318e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103352, Ave = 2.017419
No further residual reduction was possible, Iter=54 ResNorm = 4.47178E-09
kPhi 4 count 4 reset 16 log10 tau1 -2.000000 log10 tau2 -3.301030 theta 0.100000 D1 1.437052 D2 1.958817 D 3.395869 CPU 0.552000 ( 0.134000 / 0.201000 ) Total 3.145000
CPU time in solver = 5.520000e-01
res_data kPhi 4 its 54 res_in 4.458078e-01 res_out 4.471783e-09 eps 4.458078e-09 srr 1.003074e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.185487e+04 Max 3.420444e+04
CPU time in formloop calculation = 0.158, kPhi = 1
Iter 983 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.008
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.389, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.880080e+08
Iter 1, norm = 3.185376e+07
Iter 2, norm = 6.262467e+06
Iter 3, norm = 1.422361e+06
Iter 4, norm = 3.478539e+05
Iter 5, norm = 8.519930e+04
Iter 6, norm = 2.362016e+04
Iter 7, norm = 6.154834e+03
Iter 8, norm = 1.843290e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.000000e-02
kPhi 6 Min -3.423050e+07 Max 9.757043e+08
CPU time in formloop calculation = 0.329, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.947427e+16
Iter 1, norm = 2.920206e+13
Iter 2, norm = 8.289420e+11
Iter 3, norm = 4.014025e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -9.724486e+12 Max 6.149723e+14
Ave Values = 8.315457 -1709.663704 0.613569 -3017.923220 0.000000 171163.682264 95120813130.733765 0.000000
Iter 984 Analysis_Time 14.000000
iter 984 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985786e-02 Thermal_dt 3.985786e-02 time 0.000000e+00
auto_dt from Courant 3.985786e-02
auto_dt 7.321898e-02 applying vel_error 5.443651e-04
0.05 relaxation on auto_dt 5.347861e-02
storing dt_old 5.347861e-02
Outgoing auto_dt 5.347861e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 3.461030e-06 (2) 3.613418e-06 (3) -1.503462e-05 (4) -5.166946e-08 (6) -7.504528e-04 (7) 1.558864e-04
TurbK limits - Max convergence slope = 7.479070e-03
TurbD limits - Time Average Slope = 2.749316e-02, Concavity = 5.272070e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.446578e-02
ISC update required 0.003000 seconds
Surf Stuff 4098
Global Iter or Time Step = 985 Local iter = 5
CPU time in formloop calculation = 0.301, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 7.604184e+03
Iter 1, norm = 1.398014e+03
Iter 2, norm = 3.080171e+02
Iter 3, norm = 7.996092e+01
Iter 4, norm = 2.264547e+01
Iter 5, norm = 6.474547e+00
Iter 6, norm = 1.966368e+00
Iter 7, norm = 5.874512e-01
Iter 8, norm = 1.841467e-01
Iter 9, norm = 5.689025e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.000000e-02
kPhi 1 Min -3.005345e+03 Max 2.868188e+03
CPU time in formloop calculation = 0.291, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.264683e+03
Iter 1, norm = 1.072619e+03
Iter 2, norm = 2.821164e+02
Iter 3, norm = 7.701534e+01
Iter 4, norm = 2.264910e+01
Iter 5, norm = 6.695554e+00
Iter 6, norm = 2.047914e+00
Iter 7, norm = 6.303959e-01
Iter 8, norm = 1.981889e-01
Iter 9, norm = 6.265094e-02
Iter 10, norm = 2.008370e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.800000e-02
kPhi 2 Min -8.320204e+03 Max 2.054850e+03
CPU time in formloop calculation = 0.314, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.122285e+03
Iter 1, norm = 4.316975e+02
Iter 2, norm = 1.147666e+02
Iter 3, norm = 3.123275e+01
Iter 4, norm = 9.139575e+00
Iter 5, norm = 2.664006e+00
Iter 6, norm = 8.031439e-01
Iter 7, norm = 2.431538e-01
Iter 8, norm = 7.498528e-02
Iter 9, norm = 2.330044e-02
Iter 10, norm = 7.316730e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.700000e-02
kPhi 3 Min -3.059393e+03 Max 2.993831e+03
CPU time in formloop calculation = 0.179, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190925e-11, Max = 6.839345e-01, Ratio = 5.742883e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103353, Ave = 2.017424
No further residual reduction was possible, Iter=40 ResNorm = 4.33006E-09
kPhi 4 count 5 reset 16 log10 tau1 -2.301030 log10 tau2 -3.602060 theta 0.100000 D1 1.862304 D2 2.394630 D 4.256934 CPU 0.561000 ( 0.182000 / 0.166000 ) Total 3.706000
CPU time in solver = 5.610000e-01
res_data kPhi 4 its 40 res_in 3.304119e-01 res_out 4.330057e-09 eps 3.304119e-09 srr 1.310503e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184917e+04 Max 3.422131e+04
CPU time in formloop calculation = 0.153, kPhi = 1
Iter 984 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.348, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.629206e+08
Iter 1, norm = 2.143037e+07
Iter 2, norm = 4.188975e+06
Iter 3, norm = 9.777793e+05
Iter 4, norm = 2.530782e+05
Iter 5, norm = 6.624173e+04
Iter 6, norm = 1.906132e+04
Iter 7, norm = 5.368274e+03
Iter 8, norm = 1.636208e+03
Iter 9, norm = 4.859937e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.500000e-02
kPhi 6 Min -4.523272e+07 Max 9.732497e+08
CPU time in formloop calculation = 0.307, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.056614e+16
Iter 1, norm = 4.171172e+13
Iter 2, norm = 7.443365e+11
Iter 3, norm = 6.595929e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.500000e-02
kPhi 7 Min -8.025523e+12 Max 6.140184e+14
Ave Values = 8.317072 -1709.659376 0.593489 -3017.997050 0.000000 170500.391495 95408542008.699707 0.000000
Iter 985 Analysis_Time 17.000000
iter 985 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985804e-02 Thermal_dt 3.985804e-02 time 0.000000e+00
auto_dt from Courant 3.985804e-02
auto_dt 6.687463e-02 applying vel_error 5.960114e-04
0.05 relaxation on auto_dt 5.414841e-02
storing dt_old 5.414841e-02
Outgoing auto_dt 5.414841e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 1.176488e-06 (2) 3.152648e-06 (3) -1.462661e-05 (4) -7.198035e-08 (6) -2.048365e-03 (7) 2.985601e-03
TurbD limits - Avg convergence slope = 2.985601e-03
TurbD limits - Time Average Slope = 3.496678e-02, Concavity = 6.067200e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.146007e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 986 Local iter = 6
CPU time in formloop calculation = 0.291, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 5.750785e+03
Iter 1, norm = 1.105439e+03
Iter 2, norm = 2.696653e+02
Iter 3, norm = 7.065680e+01
Iter 4, norm = 2.071091e+01
Iter 5, norm = 5.958449e+00
Iter 6, norm = 1.833136e+00
Iter 7, norm = 5.497653e-01
Iter 8, norm = 1.714638e-01
Iter 9, norm = 5.246227e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005585e+03 Max 2.868818e+03
CPU time in formloop calculation = 0.314, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.091421e+03
Iter 1, norm = 9.945056e+02
Iter 2, norm = 2.585382e+02
Iter 3, norm = 7.007505e+01
Iter 4, norm = 2.060128e+01
Iter 5, norm = 6.144313e+00
Iter 6, norm = 1.878666e+00
Iter 7, norm = 5.856246e-01
Iter 8, norm = 1.838111e-01
Iter 9, norm = 5.875992e-02
Iter 10, norm = 1.883709e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 2 Min -8.320166e+03 Max 2.055594e+03
CPU time in formloop calculation = 0.316, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.136341e+03
Iter 1, norm = 4.560339e+02
Iter 2, norm = 1.211160e+02
Iter 3, norm = 3.351129e+01
Iter 4, norm = 9.694949e+00
Iter 5, norm = 2.868499e+00
Iter 6, norm = 8.568658e-01
Iter 7, norm = 2.621786e-01
Iter 8, norm = 8.025200e-02
Iter 9, norm = 2.507110e-02
Iter 10, norm = 7.831358e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 3 Min -3.059438e+03 Max 2.997370e+03
CPU time in formloop calculation = 0.187, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190926e-11, Max = 6.842740e-01, Ratio = 5.745731e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103351, Ave = 2.017423
No further residual reduction was possible, Iter=29 ResNorm = 5.82854E-09
kPhi 4 count 6 reset 16 log10 tau1 -2.602060 log10 tau2 -3.903090 theta 0.100000 D1 2.415852 D2 2.852009 D 5.267862 CPU 0.592000 ( 0.248000 / 0.133000 ) Total 4.298000
CPU time in solver = 5.920000e-01
res_data kPhi 4 its 29 res_in 2.287029e-01 res_out 5.828544e-09 eps 2.287029e-09 srr 2.548522e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184678e+04 Max 3.424610e+04
CPU time in formloop calculation = 0.15, kPhi = 1
Iter 985 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.008
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.369, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.182620e+08
Iter 1, norm = 1.564877e+07
Iter 2, norm = 3.035393e+06
Iter 3, norm = 7.212076e+05
Iter 4, norm = 1.813599e+05
Iter 5, norm = 4.739335e+04
Iter 6, norm = 1.319443e+04
Iter 7, norm = 3.675858e+03
Iter 8, norm = 1.083578e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.000000e-02
kPhi 6 Min -3.784876e+07 Max 9.814302e+08
CPU time in formloop calculation = 0.318, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.445136e+16
Iter 1, norm = 3.796183e+13
Iter 2, norm = 4.205855e+11
Iter 3, norm = 4.116440e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.100000e-02
kPhi 7 Min -9.580430e+12 Max 6.231074e+14
Ave Values = 8.314000 -1709.657713 0.567783 -3018.049013 0.000000 173360.543061 96041559797.748886 0.000000
Iter 986 Analysis_Time 21.000000
iter 986 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985823e-02 Thermal_dt 3.985823e-02 time 0.000000e+00
auto_dt from Courant 3.985823e-02
0.05 relaxation on auto_dt 5.343390e-02
storing dt_old 5.343390e-02
Outgoing auto_dt 5.343390e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.237554e-06 (2) 1.211524e-06 (3) -1.872492e-05 (4) -5.066100e-08 (6) 8.832677e-03 (7) 6.568471e-03
TurbD limits - Max convergence slope = 1.422494e-02
TurbD limits - Time Average Slope = 4.133608e-02, Concavity = 6.877264e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 9.643948e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 987 Local iter = 7
CPU time in formloop calculation = 0.294, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.779727e+03
Iter 1, norm = 7.744923e+02
Iter 2, norm = 2.078949e+02
Iter 3, norm = 5.522039e+01
Iter 4, norm = 1.669088e+01
Iter 5, norm = 4.809629e+00
Iter 6, norm = 1.498266e+00
Iter 7, norm = 4.501068e-01
Iter 8, norm = 1.415573e-01
Iter 9, norm = 4.362566e-02
Iter 10, norm = 1.387290e-02
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005726e+03 Max 2.870641e+03
CPU time in formloop calculation = 0.288, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.133984e+03
Iter 1, norm = 8.414473e+02
Iter 2, norm = 2.235160e+02
Iter 3, norm = 6.141798e+01
Iter 4, norm = 1.822205e+01
Iter 5, norm = 5.470658e+00
Iter 6, norm = 1.684068e+00
Iter 7, norm = 5.249381e-01
Iter 8, norm = 1.652088e-01
Iter 9, norm = 5.254274e-02
Iter 10, norm = 1.679163e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 2 Min -8.320129e+03 Max 2.056383e+03
CPU time in formloop calculation = 0.314, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 1.910993e+03
Iter 1, norm = 4.245662e+02
Iter 2, norm = 1.159874e+02
Iter 3, norm = 3.206491e+01
Iter 4, norm = 9.386395e+00
Iter 5, norm = 2.761754e+00
Iter 6, norm = 8.327104e-01
Iter 7, norm = 2.538515e-01
Iter 8, norm = 7.834847e-02
Iter 9, norm = 2.443635e-02
Iter 10, norm = 7.682772e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.700000e-02
kPhi 3 Min -3.061088e+03 Max 3.003918e+03
CPU time in formloop calculation = 0.169, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190927e-11, Max = 6.838512e-01, Ratio = 5.742176e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103351, Ave = 2.017434
No further residual reduction was possible, Iter=36 ResNorm = 3.79458E-09
kPhi 4 count 7 reset 16 log10 tau1 -2.400000 log10 tau2 -3.686000 theta 0.100000 D1 2.029813 D2 2.500760 D 4.530573 CPU 0.559000 ( 0.198000 / 0.151000 ) Total 4.857000
CPU time in solver = 5.590000e-01
res_data kPhi 4 its 36 res_in 2.694507e-01 res_out 3.794576e-09 eps 2.694507e-09 srr 1.408264e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184695e+04 Max 3.475128e+04
CPU time in formloop calculation = 0.143, kPhi = 1
Iter 986 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.359, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 8.999131e+07
Iter 1, norm = 1.389620e+07
Iter 2, norm = 3.062826e+06
Iter 3, norm = 8.009801e+05
Iter 4, norm = 2.246111e+05
Iter 5, norm = 6.607736e+04
Iter 6, norm = 1.981992e+04
Iter 7, norm = 6.071060e+03
Iter 8, norm = 1.838585e+03
Iter 9, norm = 5.675456e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -2.291601e+07 Max 9.794232e+08
CPU time in formloop calculation = 0.298, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.044339e+16
Iter 1, norm = 6.455720e+13
Iter 2, norm = 8.056172e+11
Iter 3, norm = 7.880188e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.500000e-02
kPhi 7 Min -8.167948e+12 Max 6.221719e+14
Ave Values = 8.315373 -1709.650419 0.539387 -3018.146393 0.000000 170843.508522 95576904664.048798 0.000000
Iter 987 Analysis_Time 24.000000
iter 987 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985839e-02 Thermal_dt 3.985839e-02 time 0.000000e+00
auto_dt from Courant 3.985839e-02
auto_dt 6.252045e-02 applying vel_error 6.375256e-04
0.05 relaxation on auto_dt 5.388823e-02
storing dt_old 5.388823e-02
Outgoing auto_dt 5.388823e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 1.000101e-06 (2) 5.312623e-06 (3) -2.068442e-05 (4) -9.494052e-08 (6) -7.773068e-03 (7) -4.821466e-03
TurbK limits - Avg convergence slope = 7.773068e-03
TurbD limits - Time Average Slope = 4.463006e-02, Concavity = 7.301440e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.643877e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 988 Local iter = 8
CPU time in formloop calculation = 0.278, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.765765e+03
Iter 1, norm = 6.023193e+02
Iter 2, norm = 1.687960e+02
Iter 3, norm = 4.497463e+01
Iter 4, norm = 1.372052e+01
Iter 5, norm = 3.947683e+00
Iter 6, norm = 1.229819e+00
Iter 7, norm = 3.683394e-01
Iter 8, norm = 1.153647e-01
Iter 9, norm = 3.534831e-02
Iter 10, norm = 1.110557e-02
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 3.200000e-02
kPhi 1 Min -3.005801e+03 Max 2.876139e+03
CPU time in formloop calculation = 0.308, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 3.653688e+03
Iter 1, norm = 7.841907e+02
Iter 2, norm = 2.110395e+02
Iter 3, norm = 5.865705e+01
Iter 4, norm = 1.740568e+01
Iter 5, norm = 5.232453e+00
Iter 6, norm = 1.610435e+00
Iter 7, norm = 5.003454e-01
Iter 8, norm = 1.573595e-01
Iter 9, norm = 4.979771e-02
Iter 10, norm = 1.588076e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 2 Min -8.320100e+03 Max 2.057138e+03
CPU time in formloop calculation = 0.346, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 1.982558e+03
Iter 1, norm = 4.392374e+02
Iter 2, norm = 1.201240e+02
Iter 3, norm = 3.303116e+01
Iter 4, norm = 9.724926e+00
Iter 5, norm = 2.857264e+00
Iter 6, norm = 8.669768e-01
Iter 7, norm = 2.640425e-01
Iter 8, norm = 8.190647e-02
Iter 9, norm = 2.550522e-02
Iter 10, norm = 8.038983e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.700000e-02
kPhi 3 Min -3.067496e+03 Max 3.010517e+03
CPU time in formloop calculation = 0.181, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190928e-11, Max = 6.840459e-01, Ratio = 5.743803e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103340, Ave = 2.017588
No further residual reduction was possible, Iter=124 ResNorm = 3.62414E-07
kPhi 4 count 8 reset 16 log10 tau1 -1.240000 log10 tau2 -3.155000 theta 0.100000 D1 0.685794 D2 1.967398 D 2.653192 CPU 0.662000 ( 0.088000 / 0.368000 ) Total 5.519000
CPU time in solver = 6.620000e-01
res_data kPhi 4 its 124 res_in 3.412375e+01 res_out 3.624143e-07 eps 3.412375e-07 srr 1.062059e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184911e+04 Max 3.431810e+04
CPU time in formloop calculation = 0.152, kPhi = 1
Iter 987 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.008
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.368, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.201416e+08
Iter 1, norm = 1.309940e+07
Iter 2, norm = 2.489328e+06
Iter 3, norm = 6.194701e+05
Iter 4, norm = 1.629761e+05
Iter 5, norm = 4.597514e+04
Iter 6, norm = 1.317566e+04
Iter 7, norm = 3.956581e+03
Iter 8, norm = 1.163383e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.000000e-02
kPhi 6 Min -3.879069e+07 Max 9.883079e+08
CPU time in formloop calculation = 0.316, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.406146e+16
Iter 1, norm = 4.023898e+13
Iter 2, norm = 5.673843e+11
Iter 3, norm = 5.555101e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.400000e-02
kPhi 7 Min -6.021269e+12 Max 6.254050e+14
Ave Values = 8.311579 -1709.653040 0.532166 -3018.241253 0.000000 172448.923046 95055843155.691238 0.000000
Iter 988 Analysis_Time 27.000000
iter 988 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985850e-02 Thermal_dt 3.985850e-02 time 0.000000e+00
auto_dt from Courant 3.985850e-02
adv3 limits auto_dt 1.964645e-02
0.05 relaxation on auto_dt 5.217614e-02
storing dt_old 5.217614e-02
Outgoing auto_dt 5.217614e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.764282e-06 (2) -1.908697e-06 (3) -5.260258e-06 (4) -9.248316e-08 (6) 4.957817e-03 (7) -5.406763e-03
Vz Vel limits - Min convergence slope = 2.569113e-02
TurbD limits - Time Average Slope = 3.417362e-02, Concavity = 6.426551e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.062894e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 989 Local iter = 9
CPU time in formloop calculation = 0.288, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.820694e+03
Iter 1, norm = 6.052327e+02
Iter 2, norm = 1.579830e+02
Iter 3, norm = 4.216701e+01
Iter 4, norm = 1.248442e+01
Iter 5, norm = 3.589875e+00
Iter 6, norm = 1.097743e+00
Iter 7, norm = 3.289142e-01
Iter 8, norm = 1.018869e-01
Iter 9, norm = 3.122324e-02
Iter 10, norm = 9.739210e-03
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005846e+03 Max 2.870220e+03
CPU time in formloop calculation = 0.29, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.458880e+03
Iter 1, norm = 9.378563e+02
Iter 2, norm = 2.404060e+02
Iter 3, norm = 6.796838e+01
Iter 4, norm = 1.982014e+01
Iter 5, norm = 6.072130e+00
Iter 6, norm = 1.878290e+00
Iter 7, norm = 5.997191e-01
Iter 8, norm = 1.926176e-01
Iter 9, norm = 6.331900e-02
Iter 10, norm = 2.091201e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 2 Min -8.320080e+03 Max 2.057939e+03
CPU time in formloop calculation = 0.311, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 5.110939e+03
Iter 1, norm = 1.169967e+03
Iter 2, norm = 3.325077e+02
Iter 3, norm = 1.014845e+02
Iter 4, norm = 3.255637e+01
Iter 5, norm = 1.073631e+01
Iter 6, norm = 3.629682e+00
Iter 7, norm = 1.246783e+00
Iter 8, norm = 4.345073e-01
Iter 9, norm = 1.528309e-01
Iter 10, norm = 5.420833e-02
Iter 11, norm = 1.934219e-02
Damped Jacobi Vz Vel solver converged in 11 iterations.
CPU time in solver = 2.700000e-02
kPhi 3 Min -3.064439e+03 Max 3.015438e+03
CPU time in formloop calculation = 0.169, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190931e-11, Max = 6.830440e-01, Ratio = 5.735380e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103307, Ave = 2.017475
No further residual reduction was possible, Iter=46 ResNorm = 8.72162E-09
kPhi 4 count 9 reset 16 log10 tau1 -2.080000 log10 tau2 -3.706000 theta 0.100000 D1 1.546275 D2 2.869639 D 4.415914 CPU 0.549000 ( 0.170000 / 0.170000 ) Total 6.068000
CPU time in solver = 5.490000e-01
res_data kPhi 4 its 46 res_in 6.701593e-01 res_out 8.721618e-09 eps 6.701593e-09 srr 1.301425e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184905e+04 Max 3.448188e+04
CPU time in formloop calculation = 0.174, kPhi = 1
Iter 988 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.009
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.337, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.485924e+08
Iter 1, norm = 2.332296e+07
Iter 2, norm = 4.005512e+06
Iter 3, norm = 8.637277e+05
Iter 4, norm = 1.997621e+05
Iter 5, norm = 5.083775e+04
Iter 6, norm = 1.378142e+04
Iter 7, norm = 3.903576e+03
Iter 8, norm = 1.133778e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.000000e-02
kPhi 6 Min -9.080160e+06 Max 9.887307e+08
CPU time in formloop calculation = 0.29, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 6.075489e+16
Iter 1, norm = 9.435970e+13
Iter 2, norm = 3.050938e+12
Iter 3, norm = 3.501683e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -1.100245e+13 Max 6.249840e+14
Ave Values = 8.319187 -1709.630980 0.498908 -3018.397711 0.000000 172974.328434 95866658828.459930 0.000000
Iter 989 Analysis_Time 31.000000
iter 989 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985858e-02 Thermal_dt 3.985858e-02 time 0.000000e+00
auto_dt from Courant 3.985858e-02
0.05 relaxation on auto_dt 5.156026e-02
storing dt_old 5.156026e-02
Outgoing auto_dt 5.156026e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 5.542461e-06 (2) 1.606899e-05 (3) -2.422538e-05 (4) -1.525390e-07 (6) 1.622549e-03 (7) 8.413380e-03
Vz Vel limits - Min convergence slope = 2.588805e-02
TurbD limits - Time Average Slope = 3.358422e-02, Concavity = 6.532301e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.553409e-02
ISC update required 0.001000 seconds
Surf Stuff 4098
Global Iter or Time Step = 990 Local iter = 10
CPU time in formloop calculation = 0.286, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.628215e+03
Iter 1, norm = 5.569989e+02
Iter 2, norm = 1.416996e+02
Iter 3, norm = 3.774012e+01
Iter 4, norm = 1.099636e+01
Iter 5, norm = 3.175118e+00
Iter 6, norm = 9.589290e-01
Iter 7, norm = 2.882310e-01
Iter 8, norm = 8.851497e-02
Iter 9, norm = 2.718520e-02
Iter 10, norm = 8.428507e-03
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 1 Min -3.005801e+03 Max 2.871380e+03
CPU time in formloop calculation = 0.309, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 3.871187e+03
Iter 1, norm = 8.355754e+02
Iter 2, norm = 2.217969e+02
Iter 3, norm = 6.197234e+01
Iter 4, norm = 1.812191e+01
Iter 5, norm = 5.424486e+00
Iter 6, norm = 1.653255e+00
Iter 7, norm = 5.107309e-01
Iter 8, norm = 1.595710e-01
Iter 9, norm = 5.033890e-02
Iter 10, norm = 1.599513e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 2 Min -8.320063e+03 Max 2.059032e+03
CPU time in formloop calculation = 0.329, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 3.706299e+03
Iter 1, norm = 8.226424e+02
Iter 2, norm = 2.276264e+02
Iter 3, norm = 6.677916e+01
Iter 4, norm = 2.057709e+01
Iter 5, norm = 6.510753e+00
Iter 6, norm = 2.118660e+00
Iter 7, norm = 7.026496e-01
Iter 8, norm = 2.375944e-01
Iter 9, norm = 8.137774e-02
Iter 10, norm = 2.822211e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 3 Min -3.066876e+03 Max 3.021112e+03
CPU time in formloop calculation = 0.171, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190934e-11, Max = 6.826632e-01, Ratio = 5.732167e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103305, Ave = 2.017492
No further residual reduction was possible, Iter=61 ResNorm = 3.80732E-09
kPhi 4 count 10 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298902 D2 2.645684 D 3.944586 CPU 0.562000 ( 0.143000 / 0.219000 ) Total 6.630000
CPU time in solver = 5.620000e-01
res_data kPhi 4 its 61 res_in 2.921302e-01 res_out 3.807323e-09 eps 2.921302e-09 srr 1.303297e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.195891e+04 Max 3.422096e+04
CPU time in formloop calculation = 0.151, kPhi = 1
Iter 989 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.008
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.381, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.496320e+08
Iter 1, norm = 2.005833e+07
Iter 2, norm = 3.477237e+06
Iter 3, norm = 7.972453e+05
Iter 4, norm = 1.919714e+05
Iter 5, norm = 5.209934e+04
Iter 6, norm = 1.455878e+04
Iter 7, norm = 4.321596e+03
Iter 8, norm = 1.292964e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.400000e-02
kPhi 6 Min -2.288788e+07 Max 9.920058e+08
CPU time in formloop calculation = 0.317, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 3.361203e+16
Iter 1, norm = 1.902971e+13
Iter 2, norm = 2.718275e+11
Damped Jacobi TurbD solver converged in 2 iterations.
CPU time in solver = 1.000000e-02
kPhi 7 Min -8.409901e+12 Max 6.317194e+14
At iteration 989 Turbulence Property clipping occurred at 1 viscosity and 2 conductivity nodes
At iteration 989 max_ratioV = 4.277818e+06 max_ratioC = 1.515901e+07
Ave Values = 8.322689 -1709.611287 0.461255 -3018.461872 0.000000 171308.516218 96175551167.254364 0.000000
Iter 990 Analysis_Time 34.000000
iter 990 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985869e-02 Thermal_dt 3.985869e-02 time 0.000000e+00
auto_dt from Courant 3.985869e-02
0.05 relaxation on auto_dt 5.097519e-02
storing dt_old 5.097519e-02
Outgoing auto_dt 5.097519e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 2.550808e-06 (2) 1.434460e-05 (3) -2.742756e-05 (4) -6.255291e-08 (6) -5.144336e-03 (7) 3.205203e-03
TurbD limits - Max convergence slope = 1.054157e-02
TurbD limits - Time Average Slope = 2.807812e-02, Concavity = 6.252290e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.429017e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 991 Local iter = 11
CPU time in formloop calculation = 0.294, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 7.094426e+03
Iter 1, norm = 1.279185e+03
Iter 2, norm = 3.164259e+02
Iter 3, norm = 8.389723e+01
Iter 4, norm = 2.334775e+01
Iter 5, norm = 6.806174e+00
Iter 6, norm = 2.004911e+00
Iter 7, norm = 6.135586e-01
Iter 8, norm = 1.880523e-01
Iter 9, norm = 5.925827e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 1 Min -3.005771e+03 Max 2.868566e+03
CPU time in formloop calculation = 0.288, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 1.038614e+04
Iter 1, norm = 1.920351e+03
Iter 2, norm = 4.320149e+02
Iter 3, norm = 1.172984e+02
Iter 4, norm = 3.195458e+01
Iter 5, norm = 9.446426e+00
Iter 6, norm = 2.743234e+00
Iter 7, norm = 8.375759e-01
Iter 8, norm = 2.507815e-01
Iter 9, norm = 7.797771e-02
Damped Jacobi Vy Vel solver converged in 9 iterations.
CPU time in solver = 2.400000e-02
kPhi 2 Min -8.320039e+03 Max 2.060032e+03
CPU time in formloop calculation = 0.335, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 1.417059e+04
Iter 1, norm = 2.697326e+03
Iter 2, norm = 6.387452e+02
Iter 3, norm = 1.680953e+02
Iter 4, norm = 4.694769e+01
Iter 5, norm = 1.358040e+01
Iter 6, norm = 4.017077e+00
Iter 7, norm = 1.216016e+00
Iter 8, norm = 3.726211e-01
Iter 9, norm = 1.166681e-01
Damped Jacobi Vz Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 3 Min -3.066321e+03 Max 3.026416e+03
CPU time in formloop calculation = 0.188, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190938e-11, Max = 6.822941e-01, Ratio = 5.729050e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103321, Ave = 2.017523
kPhi 4 Iter 990 cpu1 0.143000 cpu2 0.219000 d1+d2 3.944586 k 9 reset 16 fct 0.167778 itr 0.192111 fill 4.029482 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=60 ResNorm = 7.62394E-09
kPhi 4 count 11 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298903 D2 2.645841 D 3.944744 CPU 0.574000 ( 0.142000 / 0.217000 ) Total 7.204000
CPU time in solver = 5.740000e-01
res_data kPhi 4 its 60 res_in 5.366919e-01 res_out 7.623937e-09 eps 5.366919e-09 srr 1.420543e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.183272e+04 Max 3.456997e+04
CPU time in formloop calculation = 0.156, kPhi = 1
Iter 990 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.376, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 2.365055e+08
Iter 1, norm = 3.725179e+07
Iter 2, norm = 6.426652e+06
Iter 3, norm = 1.306118e+06
Iter 4, norm = 2.865731e+05
Iter 5, norm = 6.992855e+04
Iter 6, norm = 1.867414e+04
Iter 7, norm = 5.237291e+03
Iter 8, norm = 1.530121e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.500000e-02
kPhi 6 Min -3.098317e+07 Max 9.926758e+08
CPU time in formloop calculation = 0.287, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.041111e+16
Iter 1, norm = 2.462472e+13
Iter 2, norm = 4.189678e+11
Iter 3, norm = 3.862078e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.400000e-02
kPhi 7 Min -6.038339e+12 Max 6.206170e+14
At iteration 990 Turbulence Property clipping occurred at 1 viscosity and 1 conductivity nodes
At iteration 990 max_ratioV = 1.331005e+06 max_ratioC = 2.033883e+06
Ave Values = 8.316999 -1709.597171 0.430691 -3018.502041 0.000000 171198.462063 95057357333.145889 0.000000
Iter 991 Analysis_Time 37.000000
iter 991 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985883e-02 Thermal_dt 3.985883e-02 time 0.000000e+00
auto_dt from Courant 3.985883e-02
0.05 relaxation on auto_dt 5.041937e-02
storing dt_old 5.041937e-02
Outgoing auto_dt 5.041937e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -4.144715e-06 (2) 1.028262e-05 (3) -2.226332e-05 (4) -3.916330e-08 (6) -3.398676e-04 (7) -1.160287e-02
TurbD limits - Max convergence slope = 1.737630e-02
Vz Vel limits - Time Average Slope = 2.660593e-02, Concavity = 5.646098e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 7.808726e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 992 Local iter = 12
CPU time in formloop calculation = 0.298, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 5.217272e+03
Iter 1, norm = 9.918148e+02
Iter 2, norm = 2.485027e+02
Iter 3, norm = 6.550203e+01
Iter 4, norm = 1.839642e+01
Iter 5, norm = 5.313854e+00
Iter 6, norm = 1.572534e+00
Iter 7, norm = 4.781232e-01
Iter 8, norm = 1.468103e-01
Iter 9, norm = 4.604014e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.800000e-02
kPhi 1 Min -3.005716e+03 Max 2.872069e+03
CPU time in formloop calculation = 0.297, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 7.415070e+03
Iter 1, norm = 1.428179e+03
Iter 2, norm = 3.463849e+02
Iter 3, norm = 9.533378e+01
Iter 4, norm = 2.702412e+01
Iter 5, norm = 8.032029e+00
Iter 6, norm = 2.394711e+00
Iter 7, norm = 7.339854e-01
Iter 8, norm = 2.243298e-01
Iter 9, norm = 6.992330e-02
Damped Jacobi Vy Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 2 Min -8.320007e+03 Max 2.060912e+03
CPU time in formloop calculation = 0.317, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 9.946130e+03
Iter 1, norm = 1.968882e+03
Iter 2, norm = 4.822864e+02
Iter 3, norm = 1.280391e+02
Iter 4, norm = 3.613074e+01
Iter 5, norm = 1.046206e+01
Iter 6, norm = 3.109256e+00
Iter 7, norm = 9.418748e-01
Iter 8, norm = 2.896166e-01
Iter 9, norm = 9.061844e-02
Damped Jacobi Vz Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 3 Min -3.070348e+03 Max 3.031340e+03
CPU time in formloop calculation = 0.179, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190942e-11, Max = 6.819376e-01, Ratio = 5.726035e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103338, Ave = 2.017503
kPhi 4 Iter 991 cpu1 0.142000 cpu2 0.217000 d1+d2 3.944744 k 10 reset 16 fct 0.165200 itr 0.194600 fill 4.021008 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=60 ResNorm = 5.97804E-09
kPhi 4 count 12 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298890 D2 2.645866 D 3.944755 CPU 0.562000 ( 0.137000 / 0.212000 ) Total 7.766000
CPU time in solver = 5.620000e-01
res_data kPhi 4 its 60 res_in 3.850197e-01 res_out 5.978043e-09 eps 3.850197e-09 srr 1.552659e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184004e+04 Max 3.437153e+04
CPU time in formloop calculation = 0.164, kPhi = 1
Iter 991 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.351, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.891767e+08
Iter 1, norm = 2.863692e+07
Iter 2, norm = 4.936706e+06
Iter 3, norm = 1.072946e+06
Iter 4, norm = 2.557122e+05
Iter 5, norm = 6.893902e+04
Iter 6, norm = 1.967860e+04
Iter 7, norm = 5.831894e+03
Iter 8, norm = 1.732765e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -2.012320e+07 Max 9.990006e+08
CPU time in formloop calculation = 0.296, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.082659e+16
Iter 1, norm = 3.297510e+13
Iter 2, norm = 3.001138e+11
Iter 3, norm = 2.555373e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -1.047566e+13 Max 6.426350e+14
Ave Values = 8.317926 -1709.580316 0.402875 -3018.504830 0.000000 173985.868993 96604276642.828735 0.000000
Iter 992 Analysis_Time 41.000000
iter 992 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985901e-02 Thermal_dt 3.985901e-02 time 0.000000e+00
auto_dt from Courant 3.985901e-02
auto_dt 4.522679e-02 applying vel_error 8.813141e-04
0.05 relaxation on auto_dt 5.015974e-02
storing dt_old 5.015974e-02
Outgoing auto_dt 5.015974e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 6.747804e-07 (2) 1.227733e-05 (3) -2.026213e-05 (4) -2.718604e-09 (6) 8.608028e-03 (7) 1.605152e-02
TurbD limits - Max convergence slope = 3.446010e-02
Vz Vel limits - Time Average Slope = 2.996070e-02, Concavity = 6.183181e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 9.023333e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 993 Local iter = 13
CPU time in formloop calculation = 0.293, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 4.353347e+03
Iter 1, norm = 8.671288e+02
Iter 2, norm = 2.093663e+02
Iter 3, norm = 5.452543e+01
Iter 4, norm = 1.520692e+01
Iter 5, norm = 4.353659e+00
Iter 6, norm = 1.282776e+00
Iter 7, norm = 3.859426e-01
Iter 8, norm = 1.176389e-01
Iter 9, norm = 3.645881e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.300000e-02
kPhi 1 Min -3.005636e+03 Max 2.869532e+03
CPU time in formloop calculation = 0.302, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.216294e+03
Iter 1, norm = 1.078770e+03
Iter 2, norm = 2.802620e+02
Iter 3, norm = 7.762357e+01
Iter 4, norm = 2.259568e+01
Iter 5, norm = 6.712637e+00
Iter 6, norm = 2.035421e+00
Iter 7, norm = 6.239773e-01
Iter 8, norm = 1.934703e-01
Iter 9, norm = 6.038776e-02
Iter 10, norm = 1.898716e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 3.000000e-02
kPhi 2 Min -8.319963e+03 Max 2.061587e+03
CPU time in formloop calculation = 0.319, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 6.612404e+03
Iter 1, norm = 1.365053e+03
Iter 2, norm = 3.470080e+02
Iter 3, norm = 9.324095e+01
Iter 4, norm = 2.673890e+01
Iter 5, norm = 7.780028e+00
Iter 6, norm = 2.333848e+00
Iter 7, norm = 7.089418e-01
Iter 8, norm = 2.192314e-01
Iter 9, norm = 6.856770e-02
Iter 10, norm = 2.166376e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 3 Min -3.069588e+03 Max 3.035106e+03
CPU time in formloop calculation = 0.176, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190947e-11, Max = 6.818140e-01, Ratio = 5.724974e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103353, Ave = 2.017528
kPhi 4 Iter 992 cpu1 0.137000 cpu2 0.212000 d1+d2 3.944755 k 10 reset 16 fct 0.164300 itr 0.198500 fill 4.068429 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=60 ResNorm = 3.99730E-09
kPhi 4 count 13 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298835 D2 2.645676 D 3.944511 CPU 0.564000 ( 0.142000 / 0.208000 ) Total 8.330000
CPU time in solver = 5.640000e-01
res_data kPhi 4 its 60 res_in 3.018501e-01 res_out 3.997298e-09 eps 3.018501e-09 srr 1.324266e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184160e+04 Max 3.447068e+04
CPU time in formloop calculation = 0.148, kPhi = 1
Iter 992 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.006
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.357, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.707294e+08
Iter 1, norm = 2.301223e+07
Iter 2, norm = 3.766440e+06
Iter 3, norm = 8.195364e+05
Iter 4, norm = 1.905037e+05
Iter 5, norm = 5.027982e+04
Iter 6, norm = 1.401852e+04
Iter 7, norm = 4.090523e+03
Iter 8, norm = 1.199620e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 1.900000e-02
kPhi 6 Min -9.623963e+06 Max 9.723916e+08
CPU time in formloop calculation = 0.314, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.470019e+16
Iter 1, norm = 3.227778e+13
Iter 2, norm = 3.738725e+11
Iter 3, norm = 5.197255e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -4.210679e+12 Max 6.295333e+14
Ave Values = 8.314847 -1709.567212 0.369545 -3018.510780 0.000000 172690.606828 95704379991.588623 0.000000
Iter 993 Analysis_Time 44.000000
iter 993 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985926e-02 Thermal_dt 3.985926e-02 time 0.000000e+00
auto_dt from Courant 3.985926e-02
auto_dt 5.627814e-02 applying vel_error 7.082547e-04
0.05 relaxation on auto_dt 5.046566e-02
storing dt_old 5.046566e-02
Outgoing auto_dt 5.046566e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.242280e-06 (2) 9.545130e-06 (3) -2.427808e-05 (4) -5.800759e-09 (6) -4.000009e-03 (7) -9.315288e-03
TurbK limits - Max convergence slope = 2.663748e-02
Vz Vel limits - Time Average Slope = 3.227666e-02, Concavity = 6.646152e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.835359e-02
ISC update required 0.001000 seconds
Surf Stuff 4098
Global Iter or Time Step = 994 Local iter = 14
CPU time in formloop calculation = 0.31, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.567365e+03
Iter 1, norm = 7.336243e+02
Iter 2, norm = 1.788669e+02
Iter 3, norm = 4.743432e+01
Iter 4, norm = 1.325713e+01
Iter 5, norm = 3.834068e+00
Iter 6, norm = 1.128103e+00
Iter 7, norm = 3.409011e-01
Iter 8, norm = 1.037061e-01
Iter 9, norm = 3.227982e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.500000e-02
kPhi 1 Min -3.005544e+03 Max 2.871628e+03
CPU time in formloop calculation = 0.297, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.181348e+03
Iter 1, norm = 9.361082e+02
Iter 2, norm = 2.537500e+02
Iter 3, norm = 7.161346e+01
Iter 4, norm = 2.110557e+01
Iter 5, norm = 6.326285e+00
Iter 6, norm = 1.929612e+00
Iter 7, norm = 5.948514e-01
Iter 8, norm = 1.852491e-01
Iter 9, norm = 5.810004e-02
Iter 10, norm = 1.835341e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 3.000000e-02
kPhi 2 Min -8.319905e+03 Max 2.062090e+03
CPU time in formloop calculation = 0.309, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 4.471663e+03
Iter 1, norm = 9.567171e+02
Iter 2, norm = 2.527659e+02
Iter 3, norm = 6.950364e+01
Iter 4, norm = 2.019265e+01
Iter 5, norm = 5.941083e+00
Iter 6, norm = 1.795791e+00
Iter 7, norm = 5.485841e-01
Iter 8, norm = 1.705198e-01
Iter 9, norm = 5.336883e-02
Iter 10, norm = 1.690504e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 3 Min -3.071883e+03 Max 3.038196e+03
CPU time in formloop calculation = 0.177, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190950e-11, Max = 6.820252e-01, Ratio = 5.726735e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103363, Ave = 2.017525
kPhi 4 Iter 993 cpu1 0.142000 cpu2 0.208000 d1+d2 3.944511 k 10 reset 16 fct 0.158400 itr 0.204500 fill 4.029894 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=61 ResNorm = 2.74181E-09
kPhi 4 count 14 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298852 D2 2.645752 D 3.944603 CPU 0.551000 ( 0.139000 / 0.207000 ) Total 8.881000
CPU time in solver = 5.510000e-01
res_data kPhi 4 its 61 res_in 2.410646e-01 res_out 2.741812e-09 eps 2.410646e-09 srr 1.137376e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184195e+04 Max 3.448076e+04
CPU time in formloop calculation = 0.153, kPhi = 1
Iter 993 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.361, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.131265e+08
Iter 1, norm = 1.558675e+07
Iter 2, norm = 2.918158e+06
Iter 3, norm = 6.936572e+05
Iter 4, norm = 1.894894e+05
Iter 5, norm = 5.245793e+04
Iter 6, norm = 1.596325e+04
Iter 7, norm = 4.802077e+03
Iter 8, norm = 1.504295e+03
Iter 9, norm = 4.688420e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.600000e-02
kPhi 6 Min -1.563930e+07 Max 9.654512e+08
CPU time in formloop calculation = 0.303, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.787342e+16
Iter 1, norm = 2.647067e+13
Iter 2, norm = 4.075052e+11
Iter 3, norm = 4.045576e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.500000e-02
kPhi 7 Min -1.127008e+13 Max 6.468132e+14
At iteration 993 Turbulence Property clipping occurred at 0 viscosity and 1 conductivity nodes
At iteration 993 max_ratioV = 7.688552e+05 max_ratioC = 1.341353e+06
Ave Values = 8.308767 -1709.554305 0.332840 -3018.580824 0.000000 171923.014963 96978002054.412094 0.000000
Iter 994 Analysis_Time 47.000000
iter 994 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985952e-02 Thermal_dt 3.985952e-02 time 0.000000e+00
auto_dt from Courant 3.985952e-02
auto_dt 5.223833e-02 applying vel_error 7.630321e-04
0.05 relaxation on auto_dt 5.055429e-02
storing dt_old 5.055429e-02
Outgoing auto_dt 5.055429e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -4.428755e-06 (2) 9.401660e-06 (3) -2.673683e-05 (4) -6.828969e-08 (6) -2.370466e-03 (7) 1.318391e-02
TurbD limits - Max convergence slope = 2.688921e-02
Vz Vel limits - Time Average Slope = 3.388657e-02, Concavity = 7.064892e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.818855e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 995 Local iter = 15
CPU time in formloop calculation = 0.288, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 4.827815e+03
Iter 1, norm = 8.923290e+02
Iter 2, norm = 2.150296e+02
Iter 3, norm = 5.509237e+01
Iter 4, norm = 1.568487e+01
Iter 5, norm = 4.445299e+00
Iter 6, norm = 1.333942e+00
Iter 7, norm = 3.974160e-01
Iter 8, norm = 1.219903e-01
Iter 9, norm = 3.741595e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.800000e-02
kPhi 1 Min -3.005451e+03 Max 2.872931e+03
CPU time in formloop calculation = 0.301, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 7.244745e+03
Iter 1, norm = 1.559376e+03
Iter 2, norm = 4.115771e+02
Iter 3, norm = 1.134340e+02
Iter 4, norm = 3.288170e+01
Iter 5, norm = 9.701147e+00
Iter 6, norm = 2.910924e+00
Iter 7, norm = 8.874299e-01
Iter 8, norm = 2.709342e-01
Iter 9, norm = 8.411944e-02
Iter 10, norm = 2.603584e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 2 Min -8.319845e+03 Max 2.062378e+03
CPU time in formloop calculation = 0.314, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 4.843155e+03
Iter 1, norm = 9.706586e+02
Iter 2, norm = 2.517033e+02
Iter 3, norm = 6.835328e+01
Iter 4, norm = 1.983990e+01
Iter 5, norm = 5.804589e+00
Iter 6, norm = 1.756378e+00
Iter 7, norm = 5.345474e-01
Iter 8, norm = 1.658906e-01
Iter 9, norm = 5.160958e-02
Iter 10, norm = 1.627386e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.200000e-02
kPhi 3 Min -3.072562e+03 Max 3.040948e+03
CPU time in formloop calculation = 0.191, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190954e-11, Max = 6.820775e-01, Ratio = 5.727153e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103370, Ave = 2.017517
kPhi 4 Iter 994 cpu1 0.139000 cpu2 0.207000 d1+d2 3.944603 k 10 reset 16 fct 0.158900 itr 0.205100 fill 4.084767 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=61 ResNorm = 4.22554E-09
kPhi 4 count 15 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298818 D2 2.645729 D 3.944548 CPU 0.558000 ( 0.145000 / 0.203000 ) Total 9.439000
CPU time in solver = 5.580000e-01
res_data kPhi 4 its 61 res_in 2.753915e-01 res_out 4.225537e-09 eps 2.753915e-09 srr 1.534374e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184164e+04 Max 3.450916e+04
CPU time in formloop calculation = 0.154, kPhi = 1
Iter 994 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.348, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 9.385618e+07
Iter 1, norm = 1.293500e+07
Iter 2, norm = 2.415550e+06
Iter 3, norm = 5.959074e+05
Iter 4, norm = 1.619066e+05
Iter 5, norm = 4.527084e+04
Iter 6, norm = 1.362341e+04
Iter 7, norm = 4.015426e+03
Iter 8, norm = 1.242188e+03
Iter 9, norm = 3.774540e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.300000e-02
kPhi 6 Min -2.304245e+07 Max 9.631989e+08
CPU time in formloop calculation = 0.28, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.866119e+16
Iter 1, norm = 2.716630e+13
Iter 2, norm = 3.431128e+11
Iter 3, norm = 3.425273e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.300000e-02
kPhi 7 Min -2.836837e+12 Max 6.388083e+14
Ave Values = 8.305430 -1709.548732 0.298523 -3018.692398 0.000000 172804.541651 95621038717.331207 0.000000
Iter 995 Analysis_Time 51.000000
iter 995 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985975e-02 Thermal_dt 3.985975e-02 time 0.000000e+00
auto_dt from Courant 3.985975e-02
auto_dt 5.622314e-02 applying vel_error 7.089563e-04
0.05 relaxation on auto_dt 5.083774e-02
storing dt_old 5.083774e-02
Outgoing auto_dt 5.083774e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.430792e-06 (2) 4.059571e-06 (3) -2.499740e-05 (4) -1.087786e-07 (6) 2.722317e-03 (7) -1.399249e-02
TurbD limits - Avg convergence slope = 1.399249e-02
Vz Vel limits - Time Average Slope = 3.477155e-02, Concavity = 7.431023e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.244559e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 996 Local iter = 16
CPU time in formloop calculation = 0.301, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.948762e+03
Iter 1, norm = 7.633489e+02
Iter 2, norm = 1.905647e+02
Iter 3, norm = 4.940460e+01
Iter 4, norm = 1.423104e+01
Iter 5, norm = 4.066134e+00
Iter 6, norm = 1.220734e+00
Iter 7, norm = 3.652130e-01
Iter 8, norm = 1.118041e-01
Iter 9, norm = 3.431434e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 1 Min -3.005470e+03 Max 2.873708e+03
CPU time in formloop calculation = 0.305, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 5.789332e+03
Iter 1, norm = 1.292951e+03
Iter 2, norm = 3.533103e+02
Iter 3, norm = 9.841036e+01
Iter 4, norm = 2.899194e+01
Iter 5, norm = 8.581812e+00
Iter 6, norm = 2.601088e+00
Iter 7, norm = 7.931649e-01
Iter 8, norm = 2.441697e-01
Iter 9, norm = 7.574512e-02
Iter 10, norm = 2.357720e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.200000e-02
kPhi 2 Min -8.319793e+03 Max 2.062511e+03
CPU time in formloop calculation = 0.335, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 3.496316e+03
Iter 1, norm = 7.323450e+02
Iter 2, norm = 1.992628e+02
Iter 3, norm = 5.478570e+01
Iter 4, norm = 1.608668e+01
Iter 5, norm = 4.747859e+00
Iter 6, norm = 1.440965e+00
Iter 7, norm = 4.403927e-01
Iter 8, norm = 1.367353e-01
Iter 9, norm = 4.254374e-02
Iter 10, norm = 1.339347e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.300000e-02
kPhi 3 Min -3.073431e+03 Max 3.043489e+03
CPU time in formloop calculation = 0.17, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190959e-11, Max = 6.822495e-01, Ratio = 5.728573e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103370, Ave = 2.017510
kPhi 4 Iter 995 cpu1 0.145000 cpu2 0.203000 d1+d2 3.944548 k 10 reset 16 fct 0.155200 itr 0.208800 fill 4.053529 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=61 ResNorm = 2.58257E-09
kPhi 4 count 16 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298843 D2 2.645584 D 3.944427 CPU 0.558000 ( 0.141000 / 0.202000 ) Total 9.997000
CPU time in solver = 5.580000e-01
res_data kPhi 4 its 61 res_in 2.099429e-01 res_out 2.582569e-09 eps 2.099429e-09 srr 1.230129e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184180e+04 Max 3.456689e+04
CPU time in formloop calculation = 0.158, kPhi = 1
Iter 995 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.34, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.148282e+08
Iter 1, norm = 1.236682e+07
Iter 2, norm = 2.129644e+06
Iter 3, norm = 5.100622e+05
Iter 4, norm = 1.301013e+05
Iter 5, norm = 3.502802e+04
Iter 6, norm = 9.902000e+03
Iter 7, norm = 2.824361e+03
Iter 8, norm = 8.322664e+02
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -2.035772e+07 Max 9.656157e+08
CPU time in formloop calculation = 0.287, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.988589e+16
Iter 1, norm = 4.668480e+13
Iter 2, norm = 6.980006e+11
Iter 3, norm = 3.351780e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -6.394085e+12 Max 6.550424e+14
Ave Values = 8.300387 -1709.543793 0.263108 -3018.769881 0.000000 173167.341462 96915050549.265579 0.000000
Iter 996 Analysis_Time 54.000000
iter 996 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.985994e-02 Thermal_dt 3.985994e-02 time 0.000000e+00
auto_dt from Courant 3.985994e-02
auto_dt 6.714961e-02 applying vel_error 5.935990e-04
0.05 relaxation on auto_dt 5.165333e-02
storing dt_old 5.165333e-02
Outgoing auto_dt 5.165333e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -3.673733e-06 (2) 3.597759e-06 (3) -2.579666e-05 (4) -7.554188e-08 (6) 1.120393e-03 (7) 1.334335e-02
TurbD limits - Max convergence slope = 2.509864e-02
Vz Vel limits - Time Average Slope = 3.490574e-02, Concavity = 7.741202e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.554267e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 997 Local iter = 17
CPU time in formloop calculation = 0.287, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 3.400801e+03
Iter 1, norm = 6.811534e+02
Iter 2, norm = 1.733927e+02
Iter 3, norm = 4.507412e+01
Iter 4, norm = 1.310201e+01
Iter 5, norm = 3.725293e+00
Iter 6, norm = 1.125562e+00
Iter 7, norm = 3.345596e-01
Iter 8, norm = 1.027959e-01
Iter 9, norm = 3.132574e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005430e+03 Max 2.875177e+03
CPU time in formloop calculation = 0.311, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.868415e+03
Iter 1, norm = 1.118384e+03
Iter 2, norm = 3.116623e+02
Iter 3, norm = 8.726047e+01
Iter 4, norm = 2.589236e+01
Iter 5, norm = 7.673028e+00
Iter 6, norm = 2.335148e+00
Iter 7, norm = 7.117975e-01
Iter 8, norm = 2.199622e-01
Iter 9, norm = 6.823897e-02
Iter 10, norm = 2.130699e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 2 Min -8.319748e+03 Max 2.062609e+03
CPU time in formloop calculation = 0.335, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.869641e+03
Iter 1, norm = 5.922272e+02
Iter 2, norm = 1.641241e+02
Iter 3, norm = 4.522498e+01
Iter 4, norm = 1.345309e+01
Iter 5, norm = 3.981638e+00
Iter 6, norm = 1.215815e+00
Iter 7, norm = 3.717595e-01
Iter 8, norm = 1.157511e-01
Iter 9, norm = 3.599119e-02
Iter 10, norm = 1.133793e-02
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.400000e-02
kPhi 3 Min -3.073586e+03 Max 3.045688e+03
CPU time in formloop calculation = 0.174, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190964e-11, Max = 6.827363e-01, Ratio = 5.732634e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103361, Ave = 2.017504
kPhi 4 Iter 996 cpu1 0.141000 cpu2 0.202000 d1+d2 3.944427 k 10 reset 16 fct 0.144500 itr 0.215700 fill 3.921185 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=61 ResNorm = 1.92297E-09
kPhi 4 count 17 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298845 D2 2.645468 D 3.944313 CPU 0.578000 ( 0.144000 / 0.220000 ) Total 10.575000
CPU time in solver = 5.780000e-01
res_data kPhi 4 its 61 res_in 1.653461e-01 res_out 1.922965e-09 eps 1.653461e-09 srr 1.162994e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184274e+04 Max 3.457567e+04
CPU time in formloop calculation = 0.146, kPhi = 1
Iter 996 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.006
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.367, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 9.541467e+07
Iter 1, norm = 1.260840e+07
Iter 2, norm = 2.720076e+06
Iter 3, norm = 7.127913e+05
Iter 4, norm = 2.066438e+05
Iter 5, norm = 6.174249e+04
Iter 6, norm = 1.884787e+04
Iter 7, norm = 5.789333e+03
Iter 8, norm = 1.762589e+03
Iter 9, norm = 5.430264e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -3.986926e+07 Max 9.706019e+08
CPU time in formloop calculation = 0.31, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 6.823220e+16
Iter 1, norm = 5.412464e+13
Iter 2, norm = 6.967572e+11
Iter 3, norm = 4.016155e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -4.233898e+12 Max 6.374629e+14
Ave Values = 8.296421 -1709.537744 0.226997 -3018.798155 0.000000 171376.421677 96222216628.627777 0.000000
Iter 997 Analysis_Time 57.000000
iter 997 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.986009e-02 Thermal_dt 3.986009e-02 time 0.000000e+00
auto_dt from Courant 3.986009e-02
auto_dt 7.599069e-02 applying vel_error 5.245391e-04
0.05 relaxation on auto_dt 5.287020e-02
storing dt_old 5.287020e-02
Outgoing auto_dt 5.287020e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.889256e-06 (2) 4.405921e-06 (3) -2.630468e-05 (4) -2.756544e-08 (6) -5.530692e-03 (7) -7.144238e-03
TurbD limits - Max convergence slope = 2.683723e-02
Vz Vel limits - Time Average Slope = 3.442791e-02, Concavity = 8.005561e-02, Over 50 iterations
TurbD limits - Max Fluctuation = 8.655459e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 998 Local iter = 18
CPU time in formloop calculation = 0.295, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.999301e+03
Iter 1, norm = 6.191698e+02
Iter 2, norm = 1.611040e+02
Iter 3, norm = 4.195994e+01
Iter 4, norm = 1.228497e+01
Iter 5, norm = 3.491199e+00
Iter 6, norm = 1.059120e+00
Iter 7, norm = 3.149649e-01
Iter 8, norm = 9.705322e-02
Iter 9, norm = 2.962025e-02
Damped Jacobi Vx Vel solver converged in 9 iterations.
CPU time in solver = 2.300000e-02
kPhi 1 Min -3.005372e+03 Max 2.876287e+03
CPU time in formloop calculation = 0.309, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.293777e+03
Iter 1, norm = 9.822866e+02
Iter 2, norm = 2.762649e+02
Iter 3, norm = 7.778703e+01
Iter 4, norm = 2.328660e+01
Iter 5, norm = 6.938374e+00
Iter 6, norm = 2.128955e+00
Iter 7, norm = 6.514706e-01
Iter 8, norm = 2.027999e-01
Iter 9, norm = 6.309971e-02
Iter 10, norm = 1.982561e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.700000e-02
kPhi 2 Min -8.319716e+03 Max 2.062570e+03
CPU time in formloop calculation = 0.333, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.370635e+03
Iter 1, norm = 5.165163e+02
Iter 2, norm = 1.430222e+02
Iter 3, norm = 3.953733e+01
Iter 4, norm = 1.171899e+01
Iter 5, norm = 3.468184e+00
Iter 6, norm = 1.058792e+00
Iter 7, norm = 3.235803e-01
Iter 8, norm = 1.007020e-01
Iter 9, norm = 3.129397e-02
Iter 10, norm = 9.836554e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 3 Min -3.073550e+03 Max 3.047611e+03
CPU time in formloop calculation = 0.18, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190970e-11, Max = 6.834253e-01, Ratio = 5.738391e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103346, Ave = 2.017499
kPhi 4 Iter 997 cpu1 0.144000 cpu2 0.220000 d1+d2 3.944313 k 10 reset 16 fct 0.139100 itr 0.222600 fill 3.862559 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=61 ResNorm = 1.90943E-09
kPhi 4 count 18 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298874 D2 2.645473 D 3.944347 CPU 0.570000 ( 0.145000 / 0.214000 ) Total 11.145000
CPU time in solver = 5.700000e-01
res_data kPhi 4 its 61 res_in 1.375574e-01 res_out 1.909432e-09 eps 1.375574e-09 srr 1.388098e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.186157e+04 Max 3.457160e+04
CPU time in formloop calculation = 0.155, kPhi = 1
Iter 997 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.349, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 8.332793e+07
Iter 1, norm = 1.246685e+07
Iter 2, norm = 2.399415e+06
Iter 3, norm = 5.789451e+05
Iter 4, norm = 1.443586e+05
Iter 5, norm = 3.859061e+04
Iter 6, norm = 1.053207e+04
Iter 7, norm = 2.992726e+03
Iter 8, norm = 8.727496e+02
Iter 9, norm = 2.542756e+02
Damped Jacobi TurbK solver converged in 9 iterations.
CPU time in solver = 2.100000e-02
kPhi 6 Min -2.275777e+07 Max 9.760828e+08
CPU time in formloop calculation = 0.298, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 8.282574e+16
Iter 1, norm = 2.924695e+13
Iter 2, norm = 3.572854e+11
Damped Jacobi TurbD solver converged in 2 iterations.
CPU time in solver = 1.300000e-02
kPhi 7 Min -5.615032e+12 Max 6.631053e+14
Ave Values = 8.292766 -1709.530038 0.190314 -3018.798784 0.000000 173002.035347 97120567330.281799 0.000000
Iter 998 Analysis_Time 61.000000
iter 998 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.986019e-02 Thermal_dt 3.986019e-02 time 0.000000e+00
auto_dt from Courant 3.986019e-02
auto_dt 8.194966e-02 applying vel_error 4.863985e-04
0.05 relaxation on auto_dt 5.432417e-02
storing dt_old 5.432417e-02
Outgoing auto_dt 5.432417e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -2.662355e-06 (2) 5.613238e-06 (3) -2.672058e-05 (4) -6.139191e-10 (6) 5.020196e-03 (7) 9.263448e-03
TurbD limits - Max convergence slope = 3.914623e-02
Vz Vel limits - Time Average Slope = 3.314781e-02, Concavity = 8.206229e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.650603e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 999 Local iter = 19
CPU time in formloop calculation = 0.293, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.771143e+03
Iter 1, norm = 5.788621e+02
Iter 2, norm = 1.516602e+02
Iter 3, norm = 3.962176e+01
Iter 4, norm = 1.164034e+01
Iter 5, norm = 3.315280e+00
Iter 6, norm = 1.008433e+00
Iter 7, norm = 3.007560e-01
Iter 8, norm = 9.297309e-02
Iter 9, norm = 2.849856e-02
Iter 10, norm = 8.903782e-03
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 2.600000e-02
kPhi 1 Min -3.005269e+03 Max 2.876974e+03
CPU time in formloop calculation = 0.296, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 4.532271e+03
Iter 1, norm = 9.903758e+02
Iter 2, norm = 2.780580e+02
Iter 3, norm = 7.882531e+01
Iter 4, norm = 2.401445e+01
Iter 5, norm = 7.271032e+00
Iter 6, norm = 2.278066e+00
Iter 7, norm = 7.102368e-01
Iter 8, norm = 2.257330e-01
Iter 9, norm = 7.170701e-02
Iter 10, norm = 2.308035e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.300000e-02
kPhi 2 Min -8.319694e+03 Max 2.062450e+03
CPU time in formloop calculation = 0.304, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.138247e+03
Iter 1, norm = 4.742933e+02
Iter 2, norm = 1.298636e+02
Iter 3, norm = 3.590009e+01
Iter 4, norm = 1.063004e+01
Iter 5, norm = 3.153933e+00
Iter 6, norm = 9.645331e-01
Iter 7, norm = 2.953563e-01
Iter 8, norm = 9.204331e-02
Iter 9, norm = 2.867428e-02
Iter 10, norm = 9.034826e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 2.900000e-02
kPhi 3 Min -3.073153e+03 Max 3.049271e+03
CPU time in formloop calculation = 0.185, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190976e-11, Max = 6.841990e-01, Ratio = 5.744860e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103297, Ave = 2.017498
kPhi 4 Iter 998 cpu1 0.145000 cpu2 0.214000 d1+d2 3.944347 k 10 reset 16 fct 0.144800 itr 0.207200 fill 3.991675 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=59 ResNorm = 4.91185E-09
kPhi 4 count 19 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298877 D2 2.645503 D 3.944380 CPU 0.558000 ( 0.143000 / 0.208000 ) Total 11.703000
CPU time in solver = 5.580000e-01
res_data kPhi 4 its 59 res_in 4.898187e-01 res_out 4.911849e-09 eps 4.898187e-09 srr 1.002789e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.183917e+04 Max 3.456868e+04
CPU time in formloop calculation = 0.16, kPhi = 1
Iter 998 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.007
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.348, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 1.670890e+08
Iter 1, norm = 2.400825e+07
Iter 2, norm = 3.936710e+06
Iter 3, norm = 8.289482e+05
Iter 4, norm = 1.856398e+05
Iter 5, norm = 4.574815e+04
Iter 6, norm = 1.189735e+04
Iter 7, norm = 3.261669e+03
Iter 8, norm = 9.171514e+02
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -3.828542e+07 Max 9.801396e+08
CPU time in formloop calculation = 0.322, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 1.065514e+17
Iter 1, norm = 1.447029e+14
Iter 2, norm = 5.336613e+11
Damped Jacobi TurbD solver converged in 2 iterations.
CPU time in solver = 1.300000e-02
kPhi 7 Min -4.892220e+12 Max 6.435668e+14
Ave Values = 8.293007 -1709.536296 0.148840 -3018.892023 0.000000 171685.323091 95381370127.138107 0.000000
Iter 999 Analysis_Time 64.000000
iter 999 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.986027e-02 Thermal_dt 3.986027e-02 time 0.000000e+00
auto_dt from Courant 3.986027e-02
0.05 relaxation on auto_dt 5.360097e-02
storing dt_old 5.360097e-02
Outgoing auto_dt 5.360097e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) 1.755729e-07 (2) -4.558066e-06 (3) -3.021035e-05 (4) -9.090251e-08 (6) -4.066251e-03 (7) -1.790761e-02
TurbD limits - Max convergence slope = 2.946512e-02
Vz Vel limits - Time Average Slope = 3.106776e-02, Concavity = 8.347774e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 7.569874e-02
ISC update required 0.002000 seconds
Surf Stuff 4098
Global Iter or Time Step = 1000 Local iter = 20
CPU time in formloop calculation = 0.287, kPhi = 1
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vx Vel
Iter 0, norm = 2.631165e+03
Iter 1, norm = 5.534002e+02
Iter 2, norm = 1.438761e+02
Iter 3, norm = 3.777632e+01
Iter 4, norm = 1.108181e+01
Iter 5, norm = 3.164350e+00
Iter 6, norm = 9.619228e-01
Iter 7, norm = 2.871839e-01
Iter 8, norm = 8.866540e-02
Iter 9, norm = 2.717123e-02
Iter 10, norm = 8.466458e-03
Damped Jacobi Vx Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 1 Min -3.005165e+03 Max 2.877955e+03
CPU time in formloop calculation = 0.304, kPhi = 2
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vy Vel
Iter 0, norm = 6.712687e+03
Iter 1, norm = 1.685795e+03
Iter 2, norm = 4.990631e+02
Iter 3, norm = 1.495721e+02
Iter 4, norm = 4.703061e+01
Iter 5, norm = 1.480918e+01
Iter 6, norm = 4.780168e+00
Iter 7, norm = 1.544170e+00
Iter 8, norm = 5.061353e-01
Iter 9, norm = 1.661403e-01
Iter 10, norm = 5.506967e-02
Damped Jacobi Vy Vel solver converged in 10 iterations.
CPU time in solver = 2.500000e-02
kPhi 2 Min -8.319679e+03 Max 2.062570e+03
CPU time in formloop calculation = 0.318, kPhi = 3
Solver 14 Info ( n = 101553, nza = 1689857 ) for Vz Vel
Iter 0, norm = 2.117757e+03
Iter 1, norm = 4.662491e+02
Iter 2, norm = 1.260129e+02
Iter 3, norm = 3.487557e+01
Iter 4, norm = 1.034995e+01
Iter 5, norm = 3.087313e+00
Iter 6, norm = 9.495554e-01
Iter 7, norm = 2.929599e-01
Iter 8, norm = 9.201135e-02
Iter 9, norm = 2.896573e-02
Iter 10, norm = 9.218338e-03
Damped Jacobi Vz Vel solver converged in 10 iterations.
CPU time in solver = 3.100000e-02
kPhi 3 Min -3.072581e+03 Max 3.050762e+03
CPU time in formloop calculation = 0.167, kPhi = 4
nthreads = 1, no affinity required
Solver 14 Info ( n = 101553, nza = 1689857 ) for Press
Symmetric Matrix, unknowns = 101553, coefficients = 1689857
Sparsity = 0.016386%
Diagonals, Min = 1.190978e-11, Max = 6.837494e-01, Ratio = 5.741075e+10 ( W A R N I N G - Matrix is poorly conditioned )
Non-zeros per row, Min = 6, Max = 42, Ave = 16.640148
Bandwidth, Upper = 98920, Lower = 98920, Ave = 20212.323417
Diagonal Dominance, Min = 0.000000, Max 4.103294, Ave = 2.017503
kPhi 4 Iter 999 cpu1 0.143000 cpu2 0.208000 d1+d2 3.944380 k 10 reset 16 fct 0.142100 itr 0.211000 fill 3.944521 tau1 -1.880000 tau2 -3.574000 theta 0.100000
No further residual reduction was possible, Iter=62 ResNorm = 3.33862E-09
kPhi 4 count 20 reset 16 log10 tau1 -1.880000 log10 tau2 -3.574000 theta 0.100000 D1 1.298855 D2 2.645455 D 3.944310 CPU 0.570000 ( 0.142000 / 0.214000 ) Total 12.273000
CPU time in solver = 5.700000e-01
res_data kPhi 4 its 62 res_in 3.065211e-01 res_out 3.338619e-09 eps 3.065211e-09 srr 1.089197e-08 ConvCrit 1.000000e-08 low_srr 0
kPhi 4 Min -1.184513e+04 Max 3.456537e+04
CPU time in formloop calculation = 0.141, kPhi = 1
Iter 999 Flyer Count Data, number 0 max 0 check_flyers 0
CPU time to compute walcalc = 0.009
CPU time to compute turbulence generation terms = 0
CPU time in formloop calculation = 0.37, kPhi = 6
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbK
Iter 0, norm = 2.529632e+08
Iter 1, norm = 3.856840e+07
Iter 2, norm = 6.565021e+06
Iter 3, norm = 1.303504e+06
Iter 4, norm = 2.729077e+05
Iter 5, norm = 6.346368e+04
Iter 6, norm = 1.578602e+04
Iter 7, norm = 4.198484e+03
Iter 8, norm = 1.129288e+03
Damped Jacobi TurbK solver converged in 8 iterations.
CPU time in solver = 2.200000e-02
kPhi 6 Min -2.462412e+07 Max 9.861566e+08
CPU time in formloop calculation = 0.293, kPhi = 7
Solver 14 Info ( n = 101553, nza = 1689857 ) for TurbD
Iter 0, norm = 2.978459e+16
Iter 1, norm = 4.679753e+13
Iter 2, norm = 4.182693e+11
Iter 3, norm = 3.973746e+10
Damped Jacobi TurbD solver converged in 3 iterations.
CPU time in solver = 1.200000e-02
kPhi 7 Min -1.007969e+13 Max 6.668971e+14
Ave Values = 8.292215 -1709.531818 0.097387 -3019.069946 0.000000 172106.178386 96678952628.297455 0.000000
Iter 1000 Analysis_Time 67.000000
At Iter 1000, cf_avg 0 j 0 Avg
At Iter 1000, cf_min 0 j 1 Min
At Iter 1000, cf_max 0 j 1 Max
iter 1000 solver_iter 0/0 RR 0.000000e+00/0.000000e+00 Flow_dt 3.986039e-02 Thermal_dt 3.986039e-02 time 0.000000e+00
auto_dt from Courant 3.986039e-02
0.05 relaxation on auto_dt 5.291395e-02
storing dt_old 5.291395e-02
Outgoing auto_dt 5.291395e-02
5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 5.000000e-01 relax
ave_slopes = (1) -5.769188e-07 (2) 3.261487e-06 (3) -3.747979e-05 (4) -1.734655e-07 (6) 1.299679e-03 (7) 1.336053e-02
TurbD limits - Max convergence slope = 3.518331e-02
Vz Vel limits - Time Average Slope = 2.867286e-02, Concavity = 8.482938e-02, Over 50 iterations
TurbK limits - Max Fluctuation = 8.174978e-02
ISC update required 0.003000 seconds
Surf Stuff 4098
condition eor Step 0 Iteration 1000
Tet Elems: Fluid Volume = 2.680531e+06 P = 7.487855e+02 V = 7.546216e+03
Tet Elems: Fluid+Solid Volume = 2.682973e+06 T = 2.731500e+02
All Elems: Fluid Volume = 2.997559e+06 P = 7.514670e+02 V = 7.397486e+03
All Elems: Fluid+Solid Volume = 3.000000e+06 T = 2.731500e+02
Cpu time spend writing the save_res field vectors = 0.070000 seconds
Ave Values = 8.292215 -1709.531818 0.097387 -3019.069946 0.000000 172106.178386 96678952628.297180 0.000000
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Surf Stuff 4098