looking for cases with coupled calculations CS-2.0-rc2 and Syrthes

Questions and remarks about code_saturne usage
Forum rules
Please read the forum usage recommendations before posting.
Post Reply
Kathi Blum

looking for cases with coupled calculations CS-2.0-rc2 and S

Post by Kathi Blum »

Hello,
 
are there tuts for a coupled CS/Syrthes calculation for cs-2.0-rc2 available? The tuts for the older version contain also a simail mesh, which I'm not able to read. I want to study the meshtopology of the fluid-, conduction- and radiationmesh to understand how the coupling works. Are there any people, who have working coupled cases with meshes which can be read with Salome or gmsh? I'm interested in the topology of the groups.
 
Thank you very much!
Kathi
Claus Andersen

Re: looking for cases with coupled calculations CS-2.0-rc2 and Syrthes

Post by Claus Andersen »

I've uploaded one of the tests I did awhile back - coupling of CS and SYRTHES, no radiation though.

I never got around to writing an introduction for CS/S when I tried it out first time, so you will have to read the (very good) documentation that comes with SYRTHES and you can use my files to get it up and running quickly.

I will write something about CS/SYRTHES when the new version comes out (which is soon I heard).

Hope it helps a bit :)

Regards,

Claus
Attachments
OnePin_example-tar.gz
(6.96 MiB) Downloaded 243 times
Kathi Blum

Re: looking for cases with coupled calculations CS-2.0-rc2 and Syrthes

Post by Kathi Blum »

Thank you, Claus - it works & it helps me to understand.
 
(dummy)question: is there a way to calculate (and postprocess) the local heat exchange coefficients on the tubes?
 
regards, Tom
Claus Andersen

Re: looking for cases with coupled calculations CS-2.0-rc2 and Syrthes

Post by Claus Andersen »

Hi Kathi/Tom - I asked a similar question in this thread

https://code-saturne.info/products/code-saturne/forums/general-usage/10359578

Read on from post 10, it explains the difficulties in deriving the heat.ex.coeff - I never got around to formulate how I'd like it calculated.

Regards,

Claus
Post Reply