APETurbulenceSmagorinsky.h

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#ifndef APETURBULENCESMAGORINSKY_H
#define APETURBULENCESMAGORINSKY_H
 
#include "../APEuler.h"
#include "QAPTurbulence.h"
#include "../../Eos/Eos.h"

class APETurbulenceSmagorinsky : public APEuler
{
  public:
    APETurbulenceSmagorinsky();
    APETurbulenceSmagorinsky(int& numberQPA, Eos** eos, tinyxml2::XMLElement* elementSmagorinsky, std::string fileName);
    ~APETurbulenceSmagorinsky() override;
 
    void addQuantityAddPhys(Cell* cell) override;
 
    void solveFluxAddPhys(CellInterface* cellInterface) override;
    void solveFluxAddPhysBoundary(CellInterface* cellInterface) override;
    void solveFluxTurbulenceInner(CellInterface* cellInterface,
                                  const Coord& velocityLeft,
                                  const Coord& velocityRight,
                                  const Coord& gradULeft,
                                  const Coord& gradURight,
                                  const Coord& gradVLeft,
                                  const Coord& gradVRight,
                                  const Coord& gradWLeft,
                                  const Coord& gradWRight,
                                  const Coord& gradTLeft,
                                  const Coord& gradTRight,
                                  const double& gamma,
                                  const double& cv,
                                  const double& mu,
                                  const double& lambda,
                                  const double& rhoLeft,
                                  const double& rhoRight,
                                  const double& cellVolumeLeft,
                                  const Tensor& strainRateLeft,
                                  const Tensor& strainRateRight) const;
    void solveFluxTurbulenceNonReflecting(CellInterface* cellInterface,
                                          const Coord& velocityLeft,
                                          const Coord& gradULeft,
                                          const Coord& gradVLeft,
                                          const Coord& gradWLeft,
                                          const Coord& gradTLeft,
                                          const double& rhoLeft,
                                          const double& cellVolumeLeft,
                                          const Tensor& strainRateLeft) const;
    // void solveFluxTurbulenceWall(const Coord& velocityLeft,
    //                             const double& rhoLeft,
    //                             const double& distLeft,
    //                             Coord& velocityWall = Coord::defaultCoordNonConst) const;
    void solveFluxTurbulenceSymmetry(CellInterface* cellInterface,
                                     const Coord& gradULeft,
                                     const Coord& gradVLeft,
                                     const Coord& gradWLeft,
                                     const double& rhoLeft,
                                     const double& cellVolumeLeft,
                                     const Tensor& strainRateLeft,
                                     const double& mu) const;
    void solveFluxTurbulenceOther() const;
    void addNonCons(Cell* /*cell*/) override {};
    void addSymmetricTermsRadialAxisOnX(Cell* /*cell*/) override
    {
      Errors::errorMessage("addSymmetricTermsX not implemented for used additional physic");
    };
    void addSymmetricTermsRadialAxisOnY(Cell* /*cell*/) override
    {
      Errors::errorMessage("addSymmetricTermsY not implemented for used additional physic");
    };
 
    void communicationsAddPhys(const int& dim, const int& lvl) override;

    virtual void computeTurbulenceParameters() const override;
 
  protected:
  private:
    bool m_Ducros;   
    double m_Cs;     
    double m_Ci;     
    double m_PrT;    
    double m_cv;     
    double m_gamma;  
    double m_mu;     
    double m_lambda; 
    int m_numQPA;    
 
    Coord m_velocityLeft;  
    Coord m_gradULeft;     
    Coord m_gradVLeft;     
    Coord m_gradWLeft;     
    Tensor m_tensorLeft;   
    Coord m_gradTLeft;     
    Coord m_velocityRight; 
    Coord m_gradURight;    
    Coord m_gradVRight;    
    Coord m_gradWRight;    
    Tensor m_tensorRight;  
    Coord m_gradTRight;    
    Coord m_normal;        
    Coord m_tangent;       
    Coord m_binormal;      
};
 
#endif // APETURBULENCESMAGORINSKY_H