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#include <TCCCilindro.h>
Inheritance diagram for TCCCilindro:
Collaboration diagram for TCCCilindro:
Public Member Functions | |
| double | getSeccionEficaz () |
| Naniano. More... | |
| double | getMassflow () |
| double | getMomento () |
| double | getVelocity () |
| double | getSpeedsound () |
| double | getMach () |
| double | getVelocidadGarganta () |
| double | getMachGarganta () |
| double | getGastoGarganta () |
| double | getRelacionPresionGarganta () |
| int | getNumeroCilindro () |
| TTipoValvula * | getValvula () |
| nmSentidoFlujo | getSentidoFlujo () |
| TCCCilindro (nmTypeBC TipoCC, int numCC, nmTipoCalculoEspecies SpeciesModel, int numeroespecies, nmCalculoGamma GammaCalculation, bool ThereIsEGR) | |
| void | ReadBoundaryData (const char *FileWAM, fpos_t &filepos, int NumberOfPipes, TTubo **Pipe, int nDPF, TDPF **DPF) |
| void | CalculaCondicionContorno (double Time) |
| void | AsignaTipoValvula (TTipoValvula **Origen, int Valv, int i) |
| void | AsignaCilindro (TBloqueMotor *EngineBlock) |
| void | ActualizaAnguloValvula (double TiempoActual, double Regimen) |
| void | TuboCalculandose (int TuboActual) |
 Public Member Functions inherited from TCondicionContorno | |
| nmTypeBC | getTipoCC () |
| int | getNumeroCC () |
| int | getNumeroTubosCC () |
| bool | getUnionDPF () |
| stTuboExtremo | GetTuboExtremo (int i) |
| double | GetLanda (int i) |
| double | GetBeta (int i) |
| double | GetEntropia (int i) |
| void | PutBeta (int i, double valor) |
| void | PutEntropia (int i, double valor) |
| void | PutLanda (int i, double valor) |
| void | PutPosicionNodo (double valor) |
| double | getPosicionNodo () |
| double | getGamma () |
| double | getR () |
| double | GetFraccionMasicaEspecie (int i) |
| TCondicionContorno (nmTypeBC Tipo, int numCC, nmTipoCalculoEspecies SpeciesModel, int numeroespecies, nmCalculoGamma GammaCalculation, bool ThereIsEGR) | |
| virtual void | CalculaCaracteristicas (double Time) |
| virtual void | AsignAmbientConditions (double Tamb, double Pamb, double *AtmosphericComposition) |
| virtual void | AsignaTubos (int NumberOfPipes, TTubo **Pipe) |
Additional Inherited Members | |
| Public Attributes inherited from TCondicionContorno | |
| double | FPosicionNodo |
| Protected Attributes inherited from TCondicionContorno | |
| nmTypeBC | FTipoCC |
| stTuboExtremo * | FTuboExtremo |
| int | FNumeroCC |
| int | FNumeroTubosCC |
| double | FTime0 |
| double | FTime1 |
| double | FDeltaT |
| double | FDeltaAngulo |
| double | FAnguloAnterior |
| double | FAnguloActual |
| int | FNumeroEspecies |
| nmTipoCalculoEspecies | FCalculoEspecies |
| nmCalculoGamma | FCalculoGamma |
| double | FGamma |
| double | FRMezcla |
| double | FCvMezcla |
| double | FCpMezcla |
| double * | FFraccionMasicaEspecie |
| bool | FHayEGR |
| int | FIntEGR |
| bool | FUnionDPF |
Detailed Description
Foo.
Definition at line 46 of file TCCCilindro.h.
Member Function Documentation
◆ ActualizaAnguloValvula()
| void TCCCilindro::ActualizaAnguloValvula | ( | double | TiempoActual, |
| double | Regimen | ||
| ) |
- Resolucion de la ecuacion (20) del articulo "Solucion a la condicion de* Resolucion de la ecuacion de la caracteristica incidente. *‍/* Resolucion de la ecuacion (21) del articulo "Solucion a la condicion de* Resolucion del algoritmo de calculo propuesto en la pagina 113 de la tesis
Definition at line 660 of file TCCCilindro.cpp.
◆ getSeccionEficaz()
|
inline |
The documentation for this class was generated from the following files:
