APUEqConductivity.h

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#ifndef APUEQCONDUCTIVITY_H
#define APUEQCONDUCTIVITY_H
 
#include "../APUEq.h"
#include "QAPConductivity.h"
#include "../../Eos/Eos.h"

class APUEqConductivity : public APUEq
{
  public:
    APUEqConductivity();
    APUEqConductivity(int& numberQPA, Eos** eos, const int& numbPhases);
    ~APUEqConductivity() override;
 
    void addQuantityAddPhys(Cell* cell) override;
 
    void solveFluxAddPhys(CellInterface* cellInterface) override;
    void solveFluxAddPhysBoundary(CellInterface* cellInterface) override;
    void solveFluxConductivityInner(
      const Coord& gradTkLeft, const Coord& gradTkRight, const double& alphakL, const double& alphakR, const int& numPhase) const;
    void solveFluxConductivityNonReflecting(const Coord& gradTkLeft, const double& alphakL, const int& numPhase) const;
    void solveFluxConductivityWall() const;
    void solveFluxConductivityInletInjStagState() const;
    void solveFluxConductivityOutletPressure() const;
    void solveFluxConductivityOther() const;
    void addNonCons(Cell* /*cell*/) override {}; //The conductivity does not involve non-conservative terms.
 
    void communicationsAddPhys(const int& dim, const int& lvl) override;
 
  protected:
  private:
    double* m_lambdak; 
    int m_numQPA;      
 
    Coord m_gradTkLeft;  
    Coord m_gradTkRight; 
    Coord m_normal;      
    Coord m_tangent;     
    Coord m_binormal;    
};
 
#endif // APUEQCONDUCTIVITY_H