Dissipation_energie_cin_turb_VDF.h

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#ifndef Dissipation_energie_cin_turb_VDF_included
#define Dissipation_energie_cin_turb_VDF_included
 
#include <Source_Dissipation_energie_cin_turb.h>
 
class Convection_Diffusion_std;
/*! @brief class Dissipation_energie_cin_turb_VDF
 *
 *  Terme de dissipation -beta * (alpha * rho * k) * omega dans l'equation d'energie cinetique turbulente
 *
 *  la phase dont la turbulence est decrite avec le modele k-tau doit etre ecrite en premier dans le bloc phases { } du jeu de donnees
 *  Actuellement k est necessairement un scalaire.
 *  Si cela est amene a evolue pour permettre de la turbulence dans plusieurs phases, il faudra alors revoir cette classe en iterant sur les id_composites des phases turbulentes.
 *  en l'etat, si plusieurs phases sont turbulentes et sont decrites par le modele k-tau, alors elles doivent se suivre dans le bloc phases { } du jeu de donnees
 *
 */
class Dissipation_energie_cin_turb_VDF : public Source_Dissipation_energie_cin_turb
{
  Declare_instanciable(Dissipation_energie_cin_turb_VDF);
};
 
#endif