[Zhiheng Wang]

Hi FOAMERS,
I am facing problem to write groovy BC while the Boundary Condition is coupled of 0/T and 0/U , can I write a coupled or mapped boundary.I have tried by Code stream but it was a disaster.
My velocity equation is

U=(diff*(gradYi)/(1-Yi))

and
Temperature equation is

gradT= rho*U*Hf/kappa .

I want to write the expression at inlet using groovy BC. How to do it.

[logo]

Hi Zhiheng,

your case looks useful for me.. did you find any solution ?
If yes, can you post the code ?

[Zhiheng Wang]

Originally Posted by logo

Hi Zhiheng,

your case looks useful for me.. did you find any solution ?
If yes, can you post the code ?

yes I found out I will send you the code of modified fireFOAM with initiating cold solver

[logo]

Originally Posted by Zhiheng Wang

yes I found out I will send you the code of modified fireFOAM with initiating cold solver

Zhiheng thank you for your answer, I am looking forward for your message/post !!

[ancolli]

I am interested in your code too.
Tks

[charles4allme]

Originally Posted by Zhiheng Wang

yes I found out I will send you the code of modified fireFOAM with initiating cold solver

Hey, Is the code still available

[ancolli]

I am not using anymore groovyBC, but u can find examples of coupling different fields using codeStream in the following links:

https://github.com/ancolli/rotatingE...orials/RCE/0/C

https://github.com/ancolli/tertiaryC...ertiary/0/C_ox

Regards

[charles4allme]

Originally Posted by ancolli

I am not using anymore groovyBC, but u can find examples of coupling different fields using codeStream in the following links:

https://github.com/ancolli/rotatingE...orials/RCE/0/C

https://github.com/ancolli/tertiaryC...ertiary/0/C_ox

Regards

Hi
,
Thanks for the reply, but do you by any means have the fireFoam Code that was promised by one of the posters Zhiheng Wang.

Thanks

[ancolli]

Originally Posted by charles4allme

Hi
,
Thanks for the reply, but do you by any means have the fireFoam Code that was promised by one of the posters Zhiheng Wang.

Thanks

No, He never replied, Sorry.