Loi_Etat_Binaire_GP_base.h

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#ifndef Loi_Etat_Binaire_GP_base_included
#define Loi_Etat_Binaire_GP_base_included
 
#include <Loi_Etat_Melange_GP_base.h>
 
class Fluide_Dilatable_base;
 
/*! @brief Base state law class for binary ideal-gas mixtures, defining a dilatable binary fluid with the equation of state:
 *           Pth = rho*R*T*(Y1/M1 + Y2/M2)
 *
 * @sa Loi_Etat_Melange_GP_base
 */
 
class Loi_Etat_Binaire_GP_base : public Loi_Etat_Melange_GP_base
{
  Declare_base_sans_constructeur(Loi_Etat_Binaire_GP_base);
public:
  Loi_Etat_Binaire_GP_base();
  void calculer_lambda() override;
  void calculer_mu() override;
  void calculer_mu_wilke();
  void calculer_alpha() override;
  void calculer_mu_sur_Sc() override; // returns rho * D
  void calculer_nu_sur_Sc() override; // returns D
  void calculer_Cp() override;
  const Nom type_fluide() const override;
  double inverser_Pth(double,double) override;
  double calculer_masse_volumique(double P,double Y1) const override;
  // Pure virtual method
  void calculer_masse_volumique() override =0;
 
protected:
  double massmol1_,massmol2_,mu1_,mu2_,tempr_,diff_coeff_;
};
 
#endif /* Loi_Etat_Binaire_GP_base_included */