Hi,
What looks suspicious is that you have two times pressure in the vtu file. Sharing the sif file could help.
-Peter
phase change comparison elmer/Comsol
Re: phase change comparison elmer/Comsol
Hi Peter,
I just used the sif file and mesh posted in this thread for analysis. See attached.
I just used the sif file and mesh posted in this thread for analysis. See attached.
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- solidliquid2.sif
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Re: phase change comparison elmer/Comsol
Just take away the "Scalar Field i" and "Vector Field i" keywords. Or alternatively start them from one. Now you confuse the code which automatically creates the keywords if the case i==1 is not found. -Peter
Re: phase change comparison elmer/Comsol
Dear Alex,
In general, if there are not any specific advanced requirements of the postprocessing, a simple keyword Post File = filename.vtu in Simulation block would be sufficient to produce a result output in .vtu format. This keyword can be used instead of the Result Output solver (solver 5 in the solidliquid2.sif).
Yours Sincerely,
Anil Kunwar
In general, if there are not any specific advanced requirements of the postprocessing, a simple keyword Post File = filename.vtu in Simulation block would be sufficient to produce a result output in .vtu format. This keyword can be used instead of the Result Output solver (solver 5 in the solidliquid2.sif).
Code: Select all
Simulation
...
Post File = phasechange.vtu ! This keyword performs the similar results of the Result Ouput solver to bring output in vtu format
End
Yours Sincerely,
Anil Kunwar
Anil Kunwar
Faculty of Mechanical Engineering, Silesian University of Technology, Gliwice
Faculty of Mechanical Engineering, Silesian University of Technology, Gliwice