I used the turbo-machinery module for wind turbine. However, there is always something wrong with face join between rotor and stator.
So I'm thinking about that if I can make the turbine stable and change the wind velocity direction(rotating). My question is that in this case can I get the same result with that from turbo-machinery module? And how can I modify the free stream velocity of inlet and make it rotating? Thank you so much.
I used the code/code coupling method. The Results are placed in a RESU COUPLING directory, with a sub-directory for ROTOR and STATOR, itself containing one sub-directory per coupled domain. But I can't use the command "RunSaturne_Coupled" ( command not found)..... In addition, How can I submit the job on cluster,as there are two CS.solver files. Thank you.
All the best, Yan.
Yvan Fournier wrote: Sun Apr 22, 2018 7:27 pm
Hello,
If you have issues in the rotor-stator joining, this is probably due to mesh issues.
An alternative option is to use the coupled boundary conditions mode (available from the GUI in version 5.2).
Otherwise, for complex inlet boundary conditions, you can use user subroutines. Check the Doxygen documentation examples.
Also, how do you usually submit jobs ? Normally, you should use the SCRIPS/runcase script, and not need to directly submit the RESU/<run_id>/run_solver script (except possibly for debugging).
And using version 5.2, you do not need a coupled case. You can do everything in the same computation, changing a single option relative to mesh joining/BC coupling in the GUI.
Hello Yvan,
I have install the version 5.2 and found the part called ''internal coupling with a simplified structure model".But I'm not sure how to do that. I have a rotating zone(rotor) and stable zone(stator). how can I achieve that using this coupling model?
And what does the velocity and position mean in this model?
