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Valued Contributor
Posts: 98
Registered: ‎06-19-2012

Failed in invoking process SRUN10.EXE

131 Views, 3 Replies
09-11-2012 03:47 PM

Hi,

 

I'm running a coupled analysis and it gets through several of my load cases until it dies.  The error (failed in invoking process) is at the bottom of the file.

 

Any idea what this means?

 

 Autodesk (R) Simulation Steady Coupled Fluid Flow and Thermal Analyses
 Version 2013.01-WIN 28-Jun-2012
 Copyright (c) 2012, Autodesk, Inc. All rights reserved.
      DATE: September 10, 2012
      TIME: 07:20:36 PM


      INPUT MODELS:
      ...urth attempt\test.ds_data\3\ds 

 ****
 **** Iteration starts for velocity and temperature updates 
 ****
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         1          1     Rlx =  0.200        Rlx =  0.200  
       1         1          2       4.626e-002          1.271e-001 
       1         1          3       2.348e-002          1.017e-001 
       1         1          4       1.995e-002          8.139e-002 
       1         1          5       1.708e-002          6.513e-002 
       1         1          6       1.472e-002          5.212e-002 
       1         1          7       1.275e-002          4.170e-002 
       1         1          8       1.108e-002          3.337e-002 
       1         1          9       9.666e-003          2.670e-002 
       1         1         10       8.449e-003          2.137e-002 
       1         1         11       7.399e-003          1.710e-002 
       1         1         12       6.489e-003          1.368e-002 
       1         1         13       5.699e-003          1.095e-002 
       1         1         14       5.011e-003          8.758e-003 
       1         1         15       4.410e-003          7.007e-003 
       1         1         16       3.885e-003          5.607e-003 
       1         1         17       3.425e-003          4.486e-003 
       1         1         18       3.023e-003          3.589e-003 
       1         1         19       2.669e-003          2.871e-003 
       1         1         20       2.359e-003          2.297e-003 
       1         1         21       2.087e-003          1.837e-003 
       1         1         22       1.847e-003          1.470e-003 
       1         1         23       1.636e-003          1.176e-003 
       1         1         24       1.450e-003          9.403e-004 
       1         1         25       1.287e-003          7.520e-004 
       1         1         26       1.142e-003          6.013e-004 
       1         1         27       1.015e-003          4.808e-004 
       1         1         28       9.025e-004          3.843e-004 

 >> Current elapsed time =     174.867 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         2          1     Rlx =  0.200        Rlx =  0.200  
       1         2          2       4.430e-002          1.501e-003 
       1         2          3       3.670e-002          2.251e-003 
       1         2          4       3.058e-002          2.638e-003 
       1         2          5       2.562e-002          2.773e-003 
       1         2          6       2.157e-002          2.744e-003 
       1         2          7       1.824e-002          2.612e-003 
       1         2          8       1.548e-002          2.419e-003 
       1         2          9       1.319e-002          2.198e-003 
       1         2         10       1.128e-002          1.966e-003 
       1         2         11       9.677e-003          1.738e-003 
       1         2         12       8.325e-003          1.521e-003 
       1         2         13       7.181e-003          1.321e-003 
       1         2         14       6.210e-003          1.139e-003 
       1         2         15       5.382e-003          9.763e-004 
       1         2         16       4.675e-003          8.324e-004 
       1         2         17       4.068e-003          7.064e-004 
       1         2         18       3.546e-003          5.968e-004 
       1         2         19       3.096e-003          5.023e-004 
       1         2         20       2.708e-003          4.211e-004 
       1         2         21       2.371e-003          3.518e-004 
       1         2         22       2.079e-003          2.929e-004 
       1         2         23       1.826e-003          2.430e-004 
       1         2         24       1.605e-003          2.009e-004 
       1         2         25       1.412e-003          1.655e-004 
       1         2         26       1.244e-003          1.358e-004 
       1         2         27       1.097e-003          1.110e-004 
       1         2         28       9.680e-004          9.035e-005 

 >> Current elapsed time =     372.183 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         3          1     Rlx =  0.200        Rlx =  0.200  
       1         3          2       2.940e-002          1.206e-003 
       1         3          3       2.441e-002          1.856e-003 
       1         3          4       2.039e-002          2.179e-003 
       1         3          5       1.711e-002          2.287e-003 
       1         3          6       1.442e-002          2.255e-003 
       1         3          7       1.221e-002          2.139e-003 
       1         3          8       1.038e-002          1.974e-003 
       1         3          9       8.857e-003          1.786e-003 
       1         3         10       7.582e-003          1.592e-003 
       1         3         11       6.510e-003          1.401e-003 
       1         3         12       5.605e-003          1.221e-003 
       1         3         13       4.839e-003          1.055e-003 
       1         3         14       4.187e-003          9.051e-004 
       1         3         15       3.631e-003          7.714e-004 
       1         3         16       3.156e-003          6.537e-004 
       1         3         17       2.748e-003          5.509e-004 
       1         3         18       2.397e-003          4.619e-004 
       1         3         19       2.094e-003          3.853e-004 
       1         3         20       1.832e-003          3.199e-004 
       1         3         21       1.605e-003          2.643e-004 
       1         3         22       1.408e-003          2.172e-004 
       1         3         23       1.237e-003          1.776e-004 
       1         3         24       1.087e-003          1.443e-004 
       1         3         25       9.572e-004          1.166e-004 

 >> Current elapsed time =     534.883 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         4          1     Rlx =  0.200        Rlx =  0.200  
       1         4          2       2.206e-002          1.022e-003 
       1         4          3       1.834e-002          1.552e-003 
       1         4          4       1.534e-002          1.813e-003 
       1         4          5       1.288e-002          1.897e-003 
       1         4          6       1.087e-002          1.866e-003 
       1         4          7       9.216e-003          1.766e-003 
       1         4          8       7.841e-003          1.627e-003 
       1         4          9       6.694e-003          1.469e-003 
       1         4         10       5.734e-003          1.306e-003 
       1         4         11       4.927e-003          1.147e-003 
       1         4         12       4.245e-003          9.968e-004 
       1         4         13       3.666e-003          8.586e-004 
       1         4         14       3.174e-003          7.339e-004 
       1         4         15       2.754e-003          6.229e-004 
       1         4         16       2.395e-003          5.253e-004 
       1         4         17       2.086e-003          4.402e-004 
       1         4         18       1.820e-003          3.668e-004 
       1         4         19       1.591e-003          3.037e-004 
       1         4         20       1.392e-003          2.500e-004 
       1         4         21       1.220e-003          2.044e-004 
       1         4         22       1.071e-003          1.660e-004 
       1         4         23       9.406e-004          1.338e-004 

 >> Current elapsed time =     680.700 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         5          1     Rlx =  0.200        Rlx =  0.200  
       1         5          2       1.770e-002          8.931e-004 
       1         5          3       1.473e-002          1.342e-003 
       1         5          4       1.232e-002          1.563e-003 
       1         5          5       1.036e-002          1.632e-003 
       1         5          6       8.753e-003          1.605e-003 
       1         5          7       7.423e-003          1.518e-003 
       1         5          8       6.319e-003          1.397e-003 
       1         5          9       5.399e-003          1.261e-003 
       1         5         10       4.627e-003          1.120e-003 
       1         5         11       3.977e-003          9.825e-004 
       1         5         12       3.428e-003          8.529e-004 
       1         5         13       2.962e-003          7.337e-004 
       1         5         14       2.566e-003          6.260e-004 
       1         5         15       2.227e-003          5.303e-004 
       1         5         16       1.937e-003          4.461e-004 
       1         5         17       1.688e-003          3.728e-004 
       1         5         18       1.473e-003          3.095e-004 
       1         5         19       1.288e-003          2.552e-004 
       1         5         20       1.127e-003          2.090e-004 
       1         5         21       9.883e-004          1.698e-004 

 >> Current elapsed time =     819.250 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       9    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         6          1     Rlx =  0.200        Rlx =  0.200  
       1         6          2       1.484e-002          8.246e-004 
       1         6          3       1.236e-002          1.217e-003 
       1         6          4       1.035e-002          1.409e-003 
       1         6          5       8.711e-003          1.468e-003 
       1         6          6       7.363e-003          1.441e-003 
       1         6          7       6.249e-003          1.362e-003 
       1         6          8       5.323e-003          1.253e-003 
       1         6          9       4.550e-003          1.131e-003 
       1         6         10       3.902e-003          1.004e-003 
       1         6         11       3.356e-003          8.809e-004 
       1         6         12       2.894e-003          7.646e-004 
       1         6         13       2.502e-003          6.576e-004 
       1         6         14       2.168e-003          5.611e-004 
       1         6         15       1.882e-003          4.751e-004 
       1         6         16       1.638e-003          3.995e-004 
       1         6         17       1.428e-003          3.336e-004 
       1         6         18       1.246e-003          2.768e-004 
       1         6         19       1.090e-003          2.279e-004 


 **** Error: Failed in invoking process: C:\PROGRA~1\Autodesk\SIMULA~1\SRUN10.EXE 

 

Thank you,

Todd

Current version of Mechanical & Multiphysics: 2013 SP2 (2013.02.00.0010 2-Oct-2012)
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Employee
Posts: 398
Registered: ‎05-06-2010

Re: Failed in invoking process SRUN10.EXE

09-12-2012 08:37 AM in reply to: tfjield

Can you find "C:\PROGRA~1\Autodesk\SIMULA~1\SRUN10.EXE" on your machine?

----------------------------------------------------------------------------------------------
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Valued Contributor
Posts: 98
Registered: ‎06-19-2012

Re: Failed in invoking process SRUN10.EXE

09-12-2012 09:23 AM in reply to: S.LI

Yes, it's there.

Current version of Mechanical & Multiphysics: 2013 SP2 (2013.02.00.0010 2-Oct-2012)
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Valued Contributor
Posts: 98
Registered: ‎06-19-2012

Re: Failed in invoking process SRUN10.EXE

09-13-2012 08:57 AM in reply to: tfjield

Here's some more information.

 

So I originally had 9 load cases, and Simulation kept crashing on load case #6, as shown in my first post.

 

I wanted to know if the failure had something to do with my load case, so I went in and removed load cases #2 through #5, leaving a total of 5 steps, the original load cases #1, #6, #7, #8, and #9.

 

This time, Simulation crashed on step 5, which was the original load case #9.  Previously, it was crashing on step 6, which was original load case #6.

 

So the problem has nothing to do with the load case itself.  For some reason, Simulation just doesn't like doing more than 5 or 6 steps.

 

What is SRUN10.EXE?  Is it being called all the time?  Why would it fail to invoke at this point in the simulation?

 

 Autodesk (R) Simulation Steady Coupled Fluid Flow and Thermal Analyses
 Version 2013.01-WIN 28-Jun-2012
 Copyright (c) 2012, Autodesk, Inc. All rights reserved.
      DATE: September 12, 2012
      TIME: 11:22:46 AM


      INPUT MODELS:
      ...urth attempt\test.ds_data\3\ds 

 ****
 **** Iteration starts for velocity and temperature updates 
 ****
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       5    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         1          1     Rlx =  0.200        Rlx =  0.200  
       1         1          2       4.626e-002          1.306e-001 
       1         1          3       2.348e-002          1.045e-001 
       1         1          4       1.995e-002          8.364e-002 
       1         1          5       1.708e-002          6.693e-002 
       1         1          6       1.472e-002          5.356e-002 
       1         1          7       1.275e-002          4.285e-002 
       1         1          8       1.108e-002          3.429e-002 
       1         1          9       9.666e-003          2.744e-002 
       1         1         10       8.449e-003          2.195e-002 
       1         1         11       7.399e-003          1.756e-002 
       1         1         12       6.489e-003          1.405e-002 
       1         1         13       5.699e-003          1.124e-002 
       1         1         14       5.011e-003          8.991e-003 
       1         1         15       4.410e-003          7.191e-003 
       1         1         16       3.885e-003          5.751e-003 
       1         1         17       3.425e-003          4.599e-003 
       1         1         18       3.023e-003          3.677e-003 
       1         1         19       2.669e-003          2.939e-003 
       1         1         20       2.359e-003          2.349e-003 
       1         1         21       2.087e-003          1.877e-003 
       1         1         22       1.847e-003          1.499e-003 
       1         1         23       1.636e-003          1.197e-003 
       1         1         24       1.450e-003          9.555e-004 
       1         1         25       1.287e-003          7.623e-004 
       1         1         26       1.142e-003          6.079e-004 
       1         1         27       1.015e-003          4.844e-004 
       1         1         28       9.025e-004          3.858e-004 

 >> Current elapsed time =     188.300 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       5    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         2          1     Rlx =  0.200        Rlx =  0.200  
       1         2          2       4.430e-002          2.308e-003 
       1         2          3       3.670e-002          3.447e-003 
       1         2          4       3.058e-002          3.979e-003 
       1         2          5       2.562e-002          4.122e-003 
       1         2          6       2.157e-002          4.022e-003 
       1         2          7       1.824e-002          3.779e-003 
       1         2          8       1.548e-002          3.460e-003 
       1         2          9       1.319e-002          3.108e-003 
       1         2         10       1.128e-002          2.752e-003 
       1         2         11       9.677e-003          2.408e-003 
       1         2         12       8.325e-003          2.087e-003 
       1         2         13       7.181e-003          1.794e-003 
       1         2         14       6.210e-003          1.531e-003 
       1         2         15       5.382e-003          1.299e-003 
       1         2         16       4.675e-003          1.095e-003 
       1         2         17       4.068e-003          9.184e-004 
       1         2         18       3.546e-003          7.663e-004 
       1         2         19       3.096e-003          6.362e-004 
       1         2         20       2.708e-003          5.254e-004 
       1         2         21       2.371e-003          4.316e-004 
       1         2         22       2.079e-003          3.526e-004 
       1         2         23       1.826e-003          2.862e-004 
       1         2         24       1.605e-003          2.308e-004 
       1         2         25       1.412e-003          1.848e-004 
       1         2         26       1.244e-003          1.466e-004 
       1         2         27       1.097e-003          1.151e-004 
       1         2         28       9.680e-004          8.929e-005 

 >> Current elapsed time =     375.633 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       5    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         3          1     Rlx =  0.200        Rlx =  0.200  
       1         3          2       2.940e-002          1.578e-003 
       1         3          3       2.441e-002          2.421e-003 
       1         3          4       2.039e-002          2.826e-003 
       1         3          5       1.711e-002          2.946e-003 
       1         3          6       1.442e-002          2.888e-003 
       1         3          7       1.221e-002          2.724e-003 
       1         3          8       1.038e-002          2.500e-003 
       1         3          9       8.857e-003          2.251e-003 
       1         3         10       7.582e-003          1.995e-003 
       1         3         11       6.510e-003          1.747e-003 
       1         3         12       5.605e-003          1.515e-003 
       1         3         13       4.839e-003          1.301e-003 
       1         3         14       4.187e-003          1.110e-003 
       1         3         15       3.631e-003          9.398e-004 
       1         3         16       3.156e-003          7.907e-004 
       1         3         17       2.748e-003          6.610e-004 
       1         3         18       2.397e-003          5.492e-004 
       1         3         19       2.094e-003          4.534e-004 
       1         3         20       1.832e-003          3.719e-004 
       1         3         21       1.605e-003          3.028e-004 
       1         3         22       1.408e-003          2.447e-004 
       1         3         23       1.237e-003          1.960e-004 
       1         3         24       1.087e-003          1.554e-004 
       1         3         25       9.572e-004          1.217e-004 

 >> Current elapsed time =     537.017 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       5    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         4          1     Rlx =  0.200        Rlx =  0.200  
       1         4          2       2.206e-002          1.296e-003 
       1         4          3       1.834e-002          1.977e-003 
       1         4          4       1.534e-002          2.309e-003 
       1         4          5       1.288e-002          2.413e-003 
       1         4          6       1.087e-002          2.372e-003 
       1         4          7       9.216e-003          2.243e-003 
       1         4          8       7.841e-003          2.065e-003 
       1         4          9       6.694e-003          1.863e-003 
       1         4         10       5.734e-003          1.656e-003 
       1         4         11       4.927e-003          1.454e-003 
       1         4         12       4.245e-003          1.264e-003 
       1         4         13       3.666e-003          1.089e-003 
       1         4         14       3.174e-003          9.311e-004 
       1         4         15       2.754e-003          7.904e-004 
       1         4         16       2.395e-003          6.667e-004 
       1         4         17       2.086e-003          5.588e-004 
       1         4         18       1.820e-003          4.654e-004 
       1         4         19       1.591e-003          3.852e-004 
       1         4         20       1.392e-003          3.167e-004 
       1         4         21       1.220e-003          2.585e-004 
       1         4         22       1.071e-003          2.094e-004 
       1         4         23       9.406e-004          1.680e-004 

 >> Current elapsed time =     684.350 minutes 
 

 For Buoyancy Force ::   LC No. =    2          Total No. of Intvs =    1 
 ------------------------------------------------------------------------ 
 Current      No.        Load  Turbulent  Max. No.  Convergence Tolerance
 Intv No.  Steps   Multiplier      Model    Iters      (Temp.)     (Vel.) 
       1       5    1.00e+000        off      500    1.00e-003  1.00e-003
 ------------------------------------------------------------------------ 

 Intv No.  Step No.  Iter. No.  Euc. Norm (Vel.)   Euc. Norm (Temp.) 
       1         5          1     Rlx =  0.200        Rlx =  0.200  
       1         5          2       1.770e-002          1.160e-003 
       1         5          3       1.473e-002          1.743e-003 


 **** Error: Failed in invoking process: C:\PROGRA~1\Autodesk\SIMULA~1\SRUN10.EXE 

 

Is there anywhere to find more information on why SRUN10.EXE failed to invoke??

Current version of Mechanical & Multiphysics: 2013 SP2 (2013.02.00.0010 2-Oct-2012)
Please use plain text.