Eval_Diff_K_Eps_VDF_const.h

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#ifndef Eval_Diff_K_Eps_VDF_const_included
#define Eval_Diff_K_Eps_VDF_const_included
 
#include <Eval_Diff_K_Eps_VDF.h>
 
class Eval_Diff_K_Eps_VDF_const : public Eval_Diff_K_Eps_VDF
{
public:
  // Methods used by the flux computation in template class:
  inline double nu_1_impl(int i, int compo) const
  {
    return db_diffusivite + dv_diffusivite_turbulente(i)/Sigma_[compo];
  }
 
  inline double nu_2_impl(int i, int compo) const { return nu_1_impl(i,compo); }
 
  inline double compute_heq_impl(double d0, int i, double d1, int j, int compo) const
  {
    return 0.5*(nu_1_impl(i,compo)+nu_1_impl(j,compo))/(d0+d1);
  }
};
 
class Eval_Diff_K_ou_Eps_VDF_const : public Eval_Diff_K_Eps_VDF
{
public:
  // Methods used by the flux computation in template class:
  inline double nu_1_impl(int i, int compo) const { return dv_diffusivite_turbulente(i)/Sigma_[compo]; }
 
  inline double nu_2_impl(int i, int compo) const { return dv_diffusivite_turbulente(i); }
 
  inline double compute_heq_impl(double d0, int i, double d1, int j, int compo) const
  {
    return 0.5*(nu_1_impl(i,compo)+nu_1_impl(j,compo))/(d0+d1);
  }
};
 
class Eval_Diff_K_Eps_Bas_Re_VDF_const : public Eval_Diff_K_Eps_VDF
{
public:
  // Methods used by the flux computation in template class:
  inline double nu_1_impl(int i, int compo) const
  {
    return db_diffusivite + dv_diffusivite_turbulente(i)/Sigma_[compo];
  }
 
  inline double nu_2_impl(int i, int compo) const { return db_diffusivite; }
 
  inline double compute_heq_impl(double d0, int i, double d1, int j, int compo) const
  {
    return 0.5*(nu_1_impl(i,compo)+nu_1_impl(j,compo))/(d0+d1);
  }
};
 
 
#endif /* Eval_Diff_K_Eps_VDF_const_included */