code_saturne User's Forum

Hi everyone, I am using AFM for temperature in code saturne v6 and in divrit.f90 I have ibeta (thermal expansion coefficient) which is called in this way: if (ibeta.gt.0) then call field_get_val_s(iprpfl(ipproc(ibeta)), cpro_beta) endif and later in the same subroutine it is used in AFM formulation:...

Ok thanks.

So how can I change the value of ibeta?

Kind regards,
Marco

Hi thanks Luciano it could be usefull. I am using AFM for temperature and in code saturne v4 I have divrit.f90 in which beta is called in this way if (ibeta.gt.0) then call field_get_val_s(iprpfl(ipproc(ibeta)), cpro_beta) endif and then it is used in AFM formulation. ! AFM and EB-AFM models ! "...

Hi,

how does it works to set up a constant value for the thermal expansion coefficient?

Best regards,
Marco

Hi,
I am working with version 6 and I want to inizialize the turbulence by formula but also with default expression I get this:

‘r11’ undeclared (first use in this function)
cs_real_t _k = 0.5 * (r11 + r22 + r33) ;

Do you have any suggestions?

Best regards,
Marco

Thanks a lot.

In which subroutine should I specify this value?

Kind regards,
Marco

Hi, I am trying to validate a different AFM in version 6. To do that I changed coefficients xiafm, etaafm, cthafm in the subroutine cs_turboulence_model.c, please find it attached. That works in code_saturne_4 but in code_saturne_6 I got errors in compile stage, please find it in compile.log. Is the...

Hi,
how can I change the turbulent Pr number in my setup for code saturne 6?
I' ve only found advises about sigmas but it seems be available only in older version.

Thanks in advance,
Marco

Hi,
I am using code saturne 6. Where can I find the exact difference between

• k-e linear production

• k-e

and

• no wall function

• 1-scale model

• scalable 2-scale model

in advanced option.

Best regards,
Marco

Dear all, I am running a bare rode bundle case at Re_t=550 and Pr=0.031 in code_saturne v4. A constant heat flux is imposed to the walls and all the other boundaries are periodic. For this case, I am using a true periodicity condition and a momentum source term to ensure the bulk flow velocity; so t...