TAcousticCompressor.h

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/*--------------------------------------------------------------------------------*\
|==========================|
 |\\   /\ /\   // O pen     | OpenWAM: The Open Source 1D Gas-Dynamic Code
 | \\ |  X  | //  W ave     |
 |  \\ \/_\/ //   A ction   | CMT-Motores Termicos / Universidad Politecnica Valencia
 |   \\/   \//    M odel    |
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 | License
 |
 |  This file is part of OpenWAM.
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// ---------------------------------------------------------------------------
#ifndef TAcousticCompressorH
#define TAcousticCompressorH
// ---------------------------------------------------------------------------

#include "TTubo.h"
#include "TDeposito.h"
#include "Globales.h"

class TAcousticCompressor {
  private:

    TTubo *FInletPipe;
    TTubo *FVolute;
    TTubo *FOutletPipe;

    TDeposito *FRotorVolume;
    TDeposito *FStatorVolume;

    int FInletPipeID;
    int FVoluteID;
    int FOutletPipeID;

    int FRotorVolumeID;
    int FStatorVolumeID;

  public:

    TAcousticCompressor();

    ~TAcousticCompressor();

    TAcousticCompressor(int InletPipeID, int VoluteID, int OutletPipeID, int RotorVolumeID, int StatorVolumeID);

    double P10();

    double P1();

    double P20();

    double P2();

    double T10();

    double T2();

    double T20();

    double T1();

    double Din();

    double CompRatio();

    void PutHeatPower(double Power);

    void PutHeatPowerIn(double Power);

    void AsignInPipe(TTubo **Pipe) {
        FInletPipe = Pipe[FInletPipeID - 1];
    }
    ;

    void AsignOutPipe(TTubo **Pipe) {
        FOutletPipe = Pipe[FOutletPipeID - 1];
    }
    ;

    void AsignVolute(TTubo **Pipe) {
        FVolute = Pipe[FVoluteID - 1];
    }
    ;

    void AsignRotorVol(TDeposito **Volume) {
        FRotorVolume = Volume[FRotorVolumeID - 1];
    }
    ;

    void AsignStatorVol(TDeposito **Volume) {
        FStatorVolume = Volume[FStatorVolumeID - 1];
    }
    ;

    void AsignElementsID(int InletPipeID, int VoluteID, int OutletPipeID, int RotorVolumeID, int StatorVolumeID);

    double CRCorrector();

    double EFCorrector(double rnew, double rorig);

    double MassFlow();

    double Efficiency();

};

#endif