Hello,
I would like to simulate a stationary heat transfer problem in a first step and the Eigenmodes (with the pressure acoustics modul) in a second step. Because the heat transfer problem is symmetrical to the x,y-plane (and to save computing time), I only simulate it in one half of the model. Then I would like to mirror this temperature field on the x,y-plane to calculate Eigenmodes in the whole model.
I tried the "General Extrusion coupling" to mirror the temperature field of the half model onto the other side to get a temperature field that is defined in the whole model. My problem is that the "General Extrusion coupling" mirrors the temperature field but does not keep the original temperature field on the side so that I do not have a temperature field in the whole model.
I attached the file to my problem (version 4.4).
I appreciate any helpful ideas!
Best regards, Joerg
I would like to simulate a stationary heat transfer problem in a first step and the Eigenmodes (with the pressure acoustics modul) in a second step. Because the heat transfer problem is symmetrical to the x,y-plane (and to save computing time), I only simulate it in one half of the model. Then I would like to mirror this temperature field on the x,y-plane to calculate Eigenmodes in the whole model.
I tried the "General Extrusion coupling" to mirror the temperature field of the half model onto the other side to get a temperature field that is defined in the whole model. My problem is that the "General Extrusion coupling" mirrors the temperature field but does not keep the original temperature field on the side so that I do not have a temperature field in the whole model.
I attached the file to my problem (version 4.4).
I appreciate any helpful ideas!
Best regards, Joerg