air-jet.out.tpl

Optimus Fluent Gambit

Loading "/soft/Fluent.Inc/fluent6.1.22/lib/fluent.dmp.114-32"
Done.


Kill script file is /home/jvdp/kill-fluent6233

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Reading "air-jet.msh"...
    8991 nodes.
     100 mixed pressure-inlet faces, zone  3.
      80 mixed pressure-outlet faces, zone  4.
      10 mixed velocity-inlet faces, zone  5.
     110 mixed wall faces, zone  6.
      30 mixed wall faces, zone  7.
      80 mixed axis faces, zone  8.
   17380 mixed interior faces, zone 10.
    8800 quadrilateral cells, zone  2.

Building...
     grid,
     materials,
Loading material properties database...
     interface,
     domains,
     zones,
	default-interior
	axis
	wall-jet
	wall
	inlet
	outlet
	pres-inlet
	air
        creating wall-jet-shadow
     shell conduction zones,
Done.

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> (inlet)
Velocity Specification Method: Magnitude and Direction [no] Velocity Specification Method: Components [no] Reference Frame: Absolute [yes] Use Profile for Axial-Velocity? [no] Axial-Velocity (m/s) [0] Use Profile for Radial-Velocity? [no] Radial-Velocity (m/s) [0] Use Profile for Temperature? [no] Temperature (k) [300] Turbulence Specification Method: K and Omega [yes] Turbulence Specification Method: Intensity and Length Scale [no] Turbulence Intensity (%) [10] Turbulence Length Scale (m) [1] 
> (pres-inlet)
Use Profile for Gauge Total Pressure? [no] Gauge Total Pressure (pascal) [0] Use Profile for Supersonic/Initial Gauge Pressure? [no] Supersonic/Initial Gauge Pressure (pascal) [0] Use Profile for Total Temperature? [no] Total Temperature (k) [300] Direction Specification Method: Direction Vector [no] Direction Specification Method: Normal to Boundary [yes] Turbulence Specification Method: K and Omega [yes] Turbulence Specification Method: Intensity and Length Scale [no] Turbulence Intensity (%) [10] Turbulence Length Scale (m) [1] 
> (wall-jet-shadow wall wall-jet)
Wall Thickness (m) [0] Use Profile for Heat Generation Rate? [no] Heat Generation Rate (w/m3) [0] material-name [aluminum]: Change current value? [no] Thermal BC Type [heat-flux]: Change current value? [no] 
Thermal BC Type [heat-flux]> Use Profile for Temperature? [no] Temperature (k) [300] Wall Motion [motion-bc-stationary]: Change current value? [no] Shear Boundary Condition [shear-bc-noslip]: Change current value? [no] Wall Roughness Height (m) [0] Wall Roughness Constant [0.5] 
> (outlet)
Use Profile for Gauge Pressure? [no] Gauge Pressure (pascal) [0] Use Profile for Backflow Total Temperature? [no] Backflow Total Temperature (k) [300] Backflow Direction Specification Method: Direction Vector [no] Backflow Direction Specification Method: Normal to Boundary [yes] Turbulence Specification Method: K and Omega [yes] Turbulence Specification Method: Intensity and Length Scale [no] Backflow Turbulence Intensity (%) [10] Backflow Turbulence Length Scale (m) [1] 
> 
>   iter continuity x-velocity y-velocity     energy          k      omega     time/iter
     1 1.0000e+00 5.1448e-01 0.0000e+00 1.1272e-06 1.6718e-04 1.5831e+01 183:36:05 999999

 reversed flow in 100 faces on pressure-inlet 3. 
     2 1.0000e+00 4.2763e-01 1.2886e-01 2.3523e-06 3.7295e-04 6.1906e-02 180:08:02 999998

 reversed flow in 100 faces on pressure-inlet 3. 
     3 2.5569e-01 1.2673e-01 1.0717e-01 1.8097e-06 1.4214e-02 1.7873e+00 180:12:25 999997

 reversed flow in 19 faces on pressure-inlet 3. 

 reversed flow in 20 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 2 cells
     4 2.5614e-01 2.1024e-01 1.5402e-01 4.6554e-04 2.9116e-02 5.5985e-01 166:19:50 999996

 reversed flow in 2 faces on pressure-inlet 3. 

 reversed flow in 38 faces on pressure-outlet 4. 
     5 2.3679e-01 1.1087e-01 9.4579e-02 1.2116e-04 1.0053e-02 2.7060e-01 157:02:41 999995

 reversed flow in 3 faces on pressure-inlet 3. 

 reversed flow in 50 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 1 cells
     6 1.8621e-01 4.8020e-02 3.7802e-02 3.1360e-05 1.0433e-02 1.8976e-01 176:19:21 999994

 reversed flow in 4 faces on pressure-inlet 3. 

 reversed flow in 41 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 14 cells
     7 1.3091e-01 4.4883e-02 3.7596e-02 1.1843e-05 1.1271e-02 1.8562e-01 175:37:32 999993

 reversed flow in 3 faces on pressure-inlet 3. 

 reversed flow in 38 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 5 cells
     8 8.6803e-02 4.3399e-02 3.6882e-02 6.8544e-06 1.1159e-02 1.1884e-01 176:00:29 999992

 reversed flow in 4 faces on pressure-inlet 3. 

 reversed flow in 38 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 7 cells
     9 7.0362e-02 3.3300e-02 2.4190e-02 3.9164e-06 8.9126e-03 8.7278e-02 174:32:59 999991

 reversed flow in 4 faces on pressure-inlet 3. 

 reversed flow in 36 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 4 cells
    10 4.9133e-02 2.2765e-02 1.6699e-02 2.3818e-06 7.0973e-03 6.5200e-02 175:46:56 999990

 reversed flow in 5 faces on pressure-inlet 3. 

 reversed flow in 36 faces on pressure-outlet 4. 
 turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 1 cells
    11 3.5746e-02 1.6788e-02 1.2825e-02 1.8816e-06 6.0595e-03 5.2529e-02 176:32:55 999989

 reversed flow in 5 faces on pressure-inlet 3. 

 reversed flow in 38 faces on pressure-outlet 4. 
  iter continuity x-velocity y-velocity     energy          k      omega     time/iter
    12 2.7366e-02 1.6073e-02 1.1345e-02 1.4834e-06 5.0900e-03 4.1745e-02 171:40:32 999988

 reversed flow in 5 faces on pressure-inlet 3. 

 reversed flow in 39 faces on pressure-outlet 4. 
    13 2.2566e-02 1.3774e-02 9.3065e-03 1.2338e-06 4.2066e-03 3.4100e-02 167:36:04 999987

 reversed flow in 6 faces on pressure-inlet 3. 

 reversed flow in 38 faces on pressure-outlet 4. 
    14 1.7764e-02 1.0566e-02 7.0086e-03 9.9254e-07 3.3510e-03 2.8774e-02 161:01:48 999986

 reversed flow in 6 faces on pressure-inlet 3. 

 reversed flow in 37 faces on pressure-outlet 4. 
    15 1.5166e-02 1.0526e-02 7.1366e-03 7.8762e-07 2.8693e-03 2.4755e-02 158:12:00 999985

 reversed flow in 6 faces on pressure-inlet 3. 

 reversed flow in 37 faces on pressure-outlet 4. 
    16 1.1925e-02 1.1207e-02 7.6450e-03 7.0592e-07 2.5091e-03 2.1226e-02 159:35:45 999984

 reversed flow in 7 faces on pressure-inlet 3. 

 reversed flow in 34 faces on pressure-outlet 4. 
    17 1.0031e-02 1.1079e-02 7.7565e-03 6.5107e-07 2.2957e-03 1.8682e-02 164:06:05 999983

 reversed flow in 7 faces on pressure-inlet 3. 

 reversed flow in 32 faces on pressure-outlet 4. 
    18 8.4956e-03 9.1248e-03 6.9041e-03 5.7614e-07 2.1006e-03 1.6495e-02 167:49:42 999982

 reversed flow in 8 faces on pressure-inlet 3. 

 reversed flow in 28 faces on pressure-outlet 4. 
    19 7.0567e-03 7.3870e-03 6.1241e-03 5.1099e-07 1.9629e-03 1.4627e-02 168:52:52 999981

 reversed flow in 8 faces on pressure-inlet 3. 

 reversed flow in 20 faces on pressure-outlet 4. 
    20 5.7585e-03 7.1102e-03 5.1669e-03 4.5533e-07 1.8344e-03 1.3060e-02 168:08:44 999980

 reversed flow in 9 faces on pressure-inlet 3. 

 reversed flow in 17 faces on pressure-outlet 4. 
    21 4.8371e-03 6.7054e-03 5.0411e-03 3.9598e-07 1.7199e-03 1.1749e-02 168:00:00 999979

 reversed flow in 10 faces on pressure-inlet 3. 

 reversed flow in 15 faces on pressure-outlet 4. 
    22 3.9213e-03 6.2716e-03 4.9515e-03 3.8305e-07 1.5954e-03 1.0702e-02 170:18:38 999978

 reversed flow in 10 faces on pressure-inlet 3. 

 reversed flow in 14 faces on pressure-outlet 4. 
  iter continuity x-velocity y-velocity     energy          k      omega     time/iter
    23 3.2843e-03 5.9003e-03 4.7471e-03 3.6079e-07 1.4775e-03 9.8770e-03 172:38:23 999977

 reversed flow in 12 faces on pressure-inlet 3. 

 reversed flow in 12 faces on pressure-outlet 4. 
    24 2.7491e-03 5.4287e-03 4.3280e-03 3.3144e-07 1.3677e-03 9.1223e-03 174:23:09 999976

 reversed flow in 12 faces on pressure-inlet 3. 

 reversed flow in 11 faces on pressure-outlet 4. 
    25 2.3266e-03 4.9849e-03 4.0452e-03 3.1676e-07 1.2795e-03 8.4901e-03 175:17:20 999975

 reversed flow in 13 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    26 2.0217e-03 4.6998e-03 3.8822e-03 3.0098e-07 1.2019e-03 7.8842e-03 176:45:26 999974

 reversed flow in 15 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    27 1.7067e-03 4.1772e-03 3.5467e-03 2.9916e-07 1.1318e-03 7.4177e-03 177:24:21 999973

 reversed flow in 16 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    28 1.5408e-03 3.9446e-03 3.4230e-03 2.7699e-07 1.0687e-03 6.9547e-03 175:30:01 999972

 reversed flow in 17 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    29 1.3477e-03 3.5338e-03 3.2032e-03 2.6895e-07 1.0120e-03 6.5396e-03 173:27:35 999971

 reversed flow in 18 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    30 1.2252e-03 3.3647e-03 3.1065e-03 2.6540e-07 9.6064e-04 6.2328e-03 173:27:32 999970

 reversed flow in 19 faces on pressure-inlet 3. 

 reversed flow in 8 faces on pressure-outlet 4. 
    31 1.0711e-03 3.1170e-03 2.9425e-03 2.6401e-07 9.1446e-04 5.9019e-03 174:38:16 999969

 reversed flow in 19 faces on pressure-inlet 3. 

 reversed flow in 8 faces on pressure-outlet 4. 
    32 9.6066e-04 2.9676e-03 2.8420e-03 2.4945e-07 8.7127e-04 5.5834e-03 173:28:17 999968

 reversed flow in 20 faces on pressure-inlet 3. 

 reversed flow in 8 faces on pressure-outlet 4. 
    33 8.5939e-04 2.7921e-03 2.7211e-03 2.4601e-07 8.3192e-04 5.3121e-03 172:00:45 999967

 reversed flow in 20 faces on pressure-inlet 3. 

 reversed flow in 8 faces on pressure-outlet 4. 
  iter continuity x-velocity y-velocity     energy          k      omega     time/iter
    34 7.8043e-04 2.6840e-03 2.6419e-03 2.4501e-07 7.9586e-04 5.0650e-03 171:16:50 999966

 reversed flow in 21 faces on pressure-inlet 3. 

 reversed flow in 8 faces on pressure-outlet 4. 
    35 7.0116e-04 2.5411e-03 2.5367e-03 2.4786e-07 7.6253e-04 4.9471e-03 170:53:54 999965

 reversed flow in 22 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    36 6.4283e-04 2.3873e-03 2.4321e-03 3.5339e-07 7.3180e-04 4.7225e-03 169:51:46 999964

 reversed flow in 22 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    37 5.8028e-04 2.3000e-03 2.3627e-03 2.4770e-07 7.0294e-04 4.5208e-03 171:08:31 999963

 reversed flow in 23 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    38 5.3180e-04 2.1698e-03 2.2747e-03 2.4746e-07 6.7638e-04 4.3347e-03 172:44:30 999962

 reversed flow in 23 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    39 4.8802e-04 2.0812e-03 2.2000e-03 2.4017e-07 6.5187e-04 4.1643e-03 171:29:11 999961

 reversed flow in 23 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    40 4.3586e-04 1.9884e-03 2.1170e-03 2.4062e-07 6.2906e-04 4.0056e-03 170:53:27 999960

 reversed flow in 24 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    41 3.9948e-04 1.9002e-03 2.0435e-03 2.3119e-07 6.0773e-04 3.8548e-03 169:42:35 999959

 reversed flow in 24 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    42 3.6470e-04 1.8178e-03 1.9717e-03 2.2832e-07 5.8771e-04 3.7213e-03 168:50:11 999958

 reversed flow in 25 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    43 3.3859e-04 1.7550e-03 1.9179e-03 2.1863e-07 5.6908e-04 3.5935e-03 171:21:18 999957

 reversed flow in 25 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    44 3.1325e-04 1.6767e-03 1.8505e-03 2.1910e-07 5.5173e-04 3.4810e-03 173:32:54 999956

 reversed flow in 26 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
  iter continuity x-velocity y-velocity     energy          k      omega     time/iter
    45 2.9069e-04 1.6091e-03 1.7888e-03 2.1574e-07 5.3554e-04 3.3709e-03 175:22:16 999955

 reversed flow in 26 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    46 2.7198e-04 1.5568e-03 1.7340e-03 2.1290e-07 5.2033e-04 3.2753e-03 176:43:16 999954

 reversed flow in 27 faces on pressure-inlet 3. 

 reversed flow in 9 faces on pressure-outlet 4. 
    47 2.5446e-04 1.4922e-03 1.6714e-03 1.9887e-07 5.0604e-04 3.2864e-03 177:22:51 999953

 reversed flow in 27 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    48 2.3924e-04 1.4481e-03 1.6267e-03 4.5385e-07 4.9264e-04 3.1871e-03 177:59:34 999952

 reversed flow in 28 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    49 2.2194e-04 1.4014e-03 1.5815e-03 2.1312e-07 4.8009e-04 3.0890e-03 177:54:44 999951

 reversed flow in 28 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    50 2.0605e-04 1.3528e-03 1.5325e-03 2.0518e-07 4.6826e-04 2.9981e-03 175:35:38 999950

 reversed flow in 28 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    51 1.9358e-04 1.3141e-03 1.4892e-03 2.1110e-07 4.5709e-04 2.9193e-03 173:40:40 999949

 reversed flow in 29 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    52 1.8345e-04 1.2832e-03 1.4542e-03 2.0667e-07 4.4651e-04 2.8347e-03 173:42:06 999948

 reversed flow in 29 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    53 1.7308e-04 1.2502e-03 1.4159e-03 2.1476e-07 4.3646e-04 2.7605e-03 190:08:34 999947

 reversed flow in 30 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    54 1.6491e-04 1.2183e-03 1.3797e-03 2.0115e-07 4.2703e-04 2.6822e-03 185:11:33 999946

 reversed flow in 30 faces on pressure-inlet 3. 

 reversed flow in 10 faces on pressure-outlet 4. 
    55 1.5530e-04 1.1893e-03 1.3450e-03 1.9427e-07 4.1809e-04 2.7128e-03 184:07:31 999945