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circumferential pressure profile on outlet -> error when writing results |
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August 14, 2009, 11:54 |
circumferential pressure profile on outlet -> error when writing results
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#1 |
New Member
Martin Heiser
Join Date: Apr 2009
Posts: 11
Rep Power: 17 |
I defined a simulation in CFX 12.0.1 including an outlet condition with mass and momentum options 'Average Static Pressure' and 'Circumferential' as type of the pressure profile at the boundary face. Since the face is not centered on any global axis I defined a local coordinate system at the centroid of the outlet face in CFX-Pre. The z axis of this coordinate system is used as axis for the bands of the pressure profile.
The solver (on amd64 platform) runs fine until any (intermediate) results are to be written. The solver run finishes with following error message: Error detected by routine PEEKI CDANAM=/FLOW/GETVAR/GEOM_DIR/KZifBcp CRESLT=NONE Current Directory = /FLOW/SOLUTION/TSTEP328/CLOOP1/ZN1/BELG1/IP Same error occurs when using the parallel global Z axis or a 'two point'-axis. I also checked it with option 'Average Over Whole Outlet' which gave no errors. Can anyone confirm that problem? |
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August 31, 2017, 04:43 |
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#2 |
New Member
Join Date: May 2015
Posts: 19
Rep Power: 11 |
Hello, old thread but nevertheless. I am getting a similar error while trying to use a static pressure profile as outlet boundary condition. Running the same simulation with average static pressure at the outlet did not lead to any errors.
Has anyone had experience using profile boundary conditions at the outlet? My exact error is: Details of error:- ---------------- Error detected by routine PEEKR CDANAM = PRAV/VALUE CRESLT = NONE Current Directory : /FLOW/BOUNDCON/ZN1/BCP5/VARIABLES +--------------------------------------------------------------------+ | ERROR #001100279 has occurred in subroutine ErrAction. | | Message: | | Stopped in routine MEMERR | | | | | | | | | | | +--------------------------------------------------------------------+ S ave: 48 +--------------------------------------------------------------------+ | An error has occurred in cfx5solve: | | | | The ANSYS CFX solver exited with return code 1. No results file | | has been created. | +--------------------------------------------------------------------+ End of solution stage. Thanks for any replies. |
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August 31, 2017, 10:32 |
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#3 |
Senior Member
Join Date: Jun 2009
Posts: 1,873
Rep Power: 33 |
Which version of ANSYS CFX are you using?
Would you mind posting the command input file section for the OUTLET boundary only? |
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September 1, 2017, 03:27 |
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#4 |
New Member
Join Date: May 2015
Posts: 19
Rep Power: 11 |
sure. so I am using V16.2. I am not exactly sure about your second request. So my input .csv file looks like this:
(I used:: File --> Export with the settings: Type --> BC Profile, Locations --> "Myoutlet", Boundary Data --> Current, Profile Type --> Outlet Pressure) [Name] outlet [Spatial Fields] x, y, z [Data] x [ m ], y [ m ], z [ m ], Pressure [ Pa ] 1.30634427e-01, -1.85960054e-01, 7.78903842e-01, 9.71218906e+04 1.30705997e-01, -1.85479924e-01, 7.76850283e-01, 9.70624375e+04 1.34083450e-01, -1.84209853e-01, 7.77318776e-01, 9.64650781e+04 1.34233251e-01, -1.84557319e-01, 7.79178202e-01, 9.63172422e+04 . . . And this is how I use it as BC profile in CFX Pre: LIBRARY: CEL: &replace FUNCTION: outlet Argument Units = [m], [m], [m] File Name = /users/........../exportOut.csv Option = Profile Data Profile Function = On Render Type = Points Spatial Fields = x, y, z DATA FIELD: Pressure Field Name = Pressure Parameter List = Pressure Profile Shape,Relative Pressure,Relative Pressure in Gas,Relative Static Pressure,Relative Total Pressure Result Units = [Pa] END END END END I am not sure whether this is, what you needed to see. Also its probably worth mentioning, that I am also using a total pressure Profile at the inlet which works without issues. |
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September 1, 2017, 06:28 |
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#5 |
New Member
Join Date: May 2015
Posts: 19
Rep Power: 11 |
I found the issue. So as I said I had been using an average static pressure boundary condition before and wanted to switch to the static pressure profile. Therefore I initialised the outlet profile and used the tickbox "Use Profile Data" in the Setup of the according BC. i did not realize, that in the boundary details it would keep up the Average Pressure settings. This seemed to have been the problem. Now, that I changed the Option in "Mass and Momentum" to "Static Pressure" (the logical option) I do not get the same error again.
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