Mod_echelle_cv_forcee.cpp

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#include <Mod_echelle_cv_forcee.h>
#include <EFichier.h>
#include <SFichier.h>
#include <Fluide_Incompressible.h>
 
 
Implemente_instanciable(Mod_echelle_cv_forcee,"Mod_echelle_convection_forcee",Mod_echelle_LRM_base);
 
//     printOn()
/////
 
Sortie& Mod_echelle_cv_forcee::printOn(Sortie& os) const
{
  return os ;
}
 
//// readOn
//
 
Entree& Mod_echelle_cv_forcee::readOn(Entree& is)
{
 
  return is;
 
}
 
double Mod_echelle_cv_forcee::calculer_vv_bar(double y, double k, double u, double visco_cin)
{
 
  //Attention : vv_bar est calcule en y pour ParoiVDF_LRM et en yc pour Diffu_k !
  //Dans Mod_echelle_LRM il est calcule par defaut en y et donc a interpoler pour Diffu_k.
 
  double y_star,vv_bar;
 
  y_star=y*sqrt(k)/visco_cin;
  vv_bar=k*(4.65*1.e-5*y_star*y_star+4*1.e-4*y_star);
 
  return vv_bar;
}
 
 
double Mod_echelle_cv_forcee::calculer_l_eps( double y, double k, double u, double visco_cin)
{
 
  //l_eps est calcule en y
 
  double y_nu, l_eps, vv_bar;
  vv_bar=calculer_vv_bar(y, k, u, visco_cin);
  y_nu=y*sqrt(vv_bar)/visco_cin;
  l_eps=(1.3*y)/(1+(2.12/y_nu));
 
  return l_eps;
 
}
 
double Mod_echelle_cv_forcee::calculer_l_mu( double y, double k, double u, double visco_cin)
{
 
  //l_mu est calcule en yc
 
  double l_mu;
 
  //  vv_bar=calculer_vv_bar(y, k, u, visco_cin);
  // y_nu=y*sqrt(vv_bar)/visco_cin;
  l_mu=0.33*y;
 
  return l_mu;
}