ThermalCoupling.hxx

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#ifndef _THERMAL_
#define _THERMAL_

#include "MureHeaders.hxx"
#include <vector>


class ThermalCoupling 
{
 public :
    ThermalCoupling(
    int NumberOfLevels,     
    int ZoneNumber=0,       
    int IterationNumber=0   
    );
    ~ThermalCoupling(); 
    void Run(); 



    void SetCosinePowerDeposits() {fCosinePower = true;} 
    void SetRodRadius(double RodRadius) {fFuelRadius=RodRadius;}        
    void SetInnerRodRadius(double InnerRodRadius) {fInnerFuelRadius=InnerRodRadius;}    
    void SetCladRadius(double CladRadius) {fCladRadius=CladRadius;}     
    void SetCellsHeight(double ElementaryCellHeight) {fCellHeight=ElementaryCellHeight;}    
    void SetCellsSurface(double ElementaryCellSurface) {fCellSurface=ElementaryCellSurface;}    
    void SetEnterCoolantTemp(double EnterCoolantTemp) {fCoolantEnterTemp.push_back(EnterCoolantTemp);}  
    void SetCoolantType(string Coolant) {fCoolant=Coolant;}     
    void SetFuelType(string Fuel) {fFuel=Fuel;}                 
    void SetCladdingType(string Cladding) {fCladding=Cladding;}     
    void SetRodAveragePower(double Power) {fRodAveragePower=Power;}     
    void SetMassSpeed(double MassSpeed) {fMassSpeed=MassSpeed;}     
    void SetHexLattice() {fHexLattice=true;}    
    void SetFuelPorosity(double FuelPorosity){fFuelPorosity=FuelPorosity;} 
    void CalculateHeatTransferInGazSpace() {fHeatTransferGazSpace=true;} 
    void SetDeltaTempOfGazSpace(double DeltaTemp) {fDeltaTempOfGazSpace=DeltaTemp;CalculateHeatTransferInGazSpace();} 
    void SetHeatExchangeCoeffOfGap(double Hgap) {fHGap=Hgap;CalculateHeatTransferInGazSpace();} 



 protected :
    void CheckConsistent(); 
    void GetAllCells(); 
    void LoadingData(); 
    void CalculateRodPowerDeposits(); 
    void CalculateCosinusPowerDeposits();
    void PrintPowerResults(); 
    void FluidHeating(); 
    void DimensionlessNumbersCalculation(); 
    void Convection(); 
    void CladConduction(); 
    void ThermalRadiation(); // Resolves Thermal radiation phenomena between cladding and fuel
    void FuelConduction(); 
    void PressureLosses(); 
    void PrintThermalResults(); 
    void CloseFiles(); 
    void UploadingOfNewProperties(); 
    void ForcedDestroy(); 
    //double Dittus(double,double,double); //!< The Dittus-Boelter equation to calculate the heat transfer coefficient

 private :
    int             fi; 
    int             fLevels; 
    int             fRadialZone; 
    double          fFuelRadius; 
    double          fInnerFuelRadius;   
    double          fCladRadius; 
    double          fGazSpace; 
    double          fCellHeight; 
    double          fCellSurface; 
    string          fCoolant; 
    string          fFuel; 
    string          fCladding; 
    double          fMassSpeed; 
    double          fRodAveragePower; 
    
    bool            fCosinePower; 
    bool            fSigmaPhiUpdated; 
    bool            fHexLattice; 
    bool            fHeatTransferGazSpace; 
    double          fDeltaTempOfGazSpace; 
    double          fHGap; 
    double          fFuelPorosity; 
    double          fPassageSurface; 
    double          fDh; 
    vector<double>  fCp; 
    vector<double>  fVis; 
    vector<double>  fk; 
    vector<double>  fFuelk; 
    vector<double>  fPr; 
    vector<double>  fRe; 
    vector<double>  fNu; 
    vector<double>  fCoolantEnterTemp;  
    vector<double>  fCoolantExitTemp;   
    vector<double>  fPower; 
    vector<double>  fPowerDensities; 
    vector<double>  fFuelTemps; 
    vector<double>  fFuelTp; 
    vector<double>  fFuelTi; 
    vector<double>  fCladdingTemps; 
    vector<double>  fCladdingTp; 
    vector<double>  fCladdingTi; 
    vector<double>  fCoolantTemps; 
    vector<double>  fCoolantEntryTemps; 
    vector<double>  fCoolantExitTemps; 
    vector<double>  fCoolantDensities; 
    vector<double>  fParietalStream; 
    vector<double>  fPressureLosses; 
    
    vector<Cell*>   fFuelCells; 
    vector<Cell*>   fCladdingCells; 
    vector<Cell*>   fCoolantCells; 

    vector<ofstream*> fFiles;       
    vector<ofstream*> fFuelOuter;   
    vector<ofstream*> fFuelInner;   
    vector<ofstream*> fCoolantDensity; 
    
    ThermalDataReader *fThermalData;
};

#endif