[Thomas pan]

Originally Posted by masoudsh

what do you mean "Don't use the original .msh file. "

3,Read .msh file(which is produced by foammeshtofluent, not the .msh file produced by meshing sofeware) in fluent.

[masoudsh]

I know,I did what you said
Thomas which openfoam version do you use for "foamDataToFluent"

[Thomas pan]

Originally Posted by masoudsh

I know,I did what you said
Thomas which openfoam version do you use for "foamDataToFluent"

Every version is the same。 I haven't seen errors for three versions. You run openfoam in parallel? Do you reconstructPar for results？

[masoudsh]

thomas I have a request from you
Can you show me this step in some picture?
apply the step in one of openfoam tutorial

I sincerely thank you

[Thomas pan]

Originally Posted by masoudsh

thomas I have a request from you
Can you show me this step in some picture?
apply the step in one of openfoam tutorial

I sincerely thank you

I haven't transfered the parallel cases. It is very simple， you should check your cases and try more.

[B.V]

Originally Posted by Scram_1

Hey Thomas,
I enabled the energy equation in Fluent and now I'm able to select the temperature field. However, I'm only able to 300K in the contour plot which is my inlet temperature. The velocity plot shows a boundary layer being formed at the walls and is similar to the one displayed in ParaFoam. The temperature contour in ParaFoam shows a thermal boundary layer but in the one shown by Fluent, the temperature is uniform throughout (300 K). I have changed the controlDict file as well such that the startTime is the latestTime. The .dat file generated by OpenFOAM shows that the temperature is varying from 300 K to 330 K (which is the wall temperature of the channel).
Sorry am not able to attach the .dat file and .msh file as they exceed 150 MB.

Thanks!
Ram

Hi scram,
Have you find the solution for this problem?
I would highly appreciate if you could help me?
Regards,
Behnam