#include <Turbine.h>

Public Types
enum class	Solve { OutletProperties , IsentropicEfficiency }
	enum class for Solve More...

enum class	TurbineProperty { MassFlow , PowerOut }
	enum class for TurbineProperty More...

Public Member Functions
	Turbine (Solve solveFor, double inletPressure, SteamProperties::ThermodynamicQuantity inletQuantity, double inletQuantityValue, TurbineProperty turbineProperty, double isentropicEfficiency, double generatorEfficiency, double massFlowOrPowerOut, double outletSteamPressure)

	Turbine (Solve solveFor, double inletPressure, SteamProperties::ThermodynamicQuantity inletQuantity, double inletQuantityValue, TurbineProperty turbineProperty, double generatorEfficiency, double massFlowOrPowerOut, double outletSteamPressure, SteamProperties::ThermodynamicQuantity outletQuantity, double outletQuantityValue)

Solve	getSolveFor () const

double	getInletPressure () const

double	getIsentropicEfficiency () const

double	getGeneratorEfficiency () const

double	getMassFlowOrPowerOut () const

double	getOutletSteamPressure () const

SteamProperties::ThermodynamicQuantity	getInletQuantity () const

SteamProperties::ThermodynamicQuantity	getOutletQuantity () const

double	getInletQuantityValue () const

double	getOutletQuantityValue () const

TurbineProperty	getTurbineProperty () const

SteamSystemModelerTool::SteamPropertiesOutput const &	getInletProperties () const

SteamSystemModelerTool::SteamPropertiesOutput const &	getOutletProperties () const

double	getInletEnergyFlow () const

double	getOutletEnergyFlow () const

double	getPowerOut () const

double	getEnergyOut () const

double	getMassFlow () const

void	setSolveFor (Solve solveFor)

void	setInletPressure (double inletPressure)

void	setIsentropicEfficiency (double isentropicEfficiency)

void	setGeneratorEfficiency (double generatorEfficiency)

void	setMassFlowOrPowerOut (double massFlowOrPowerOut)
	Sets the Mass Flow Or Power Out.

void	setOutletSteamPressure (double outletSteamPressure)

void	setInletQuantity (SteamProperties::ThermodynamicQuantity inletQuantity)

void	setOutletQuantity (SteamProperties::ThermodynamicQuantity outletQuantity)

void	setInletQuantityValue (double inletQuantityValue)

void	setOutletQuantityValue (double outletQuantityValue)

void	setTurbineProperty (TurbineProperty turbineProperty)

Private Member Functions
void	calculate ()

void	solveForOutletProperties ()

void	solveForIsentropicEfficiency ()

void	calculateTurbineProperties (double inletSpecificEnthalpy, double outletSpecificEnthalpy)

Private Attributes
Solve	solveFor

double	inletPressure

double	isentropicEfficiency

double	generatorEfficiency

double	massFlowOrPowerOut

double	outletSteamPressure

SteamProperties::ThermodynamicQuantity	inletQuantity

SteamProperties::ThermodynamicQuantity	outletQuantity

double	inletQuantityValue

double	outletQuantityValue = 0

TurbineProperty	turbineProperty

SteamSystemModelerTool::SteamPropertiesOutput	inletProperties

SteamSystemModelerTool::SteamPropertiesOutput	outletProperties

double	inletEnergyFlow

double	outletEnergyFlow = 0

double	energyOut

double	powerOut

double	massFlow

Friends
std::ostream &	operator<< (std::ostream &stream, const Turbine &turbine)

std::ostream &	operator<< (std::ostream &stream, const std::shared_ptr< Turbine > &turbine)

Detailed Description

Turbine calculator class Used to calculateThermalResistance turbine properties

Definition at line 24 of file Turbine.h.

Member Enumeration Documentation

◆ Solve

enum class Turbine::Solve

strong

Definition at line 27 of file Turbine.h.

◆ TurbineProperty

enum class Turbine::TurbineProperty

strong

Definition at line 29 of file Turbine.h.

Constructor & Destructor Documentation

◆ Turbine() [1/2]

Turbine::Turbine	(	Solve	solveFor,
		double	inletPressure,
		SteamProperties::ThermodynamicQuantity	inletQuantity,
		double	inletQuantityValue,
		TurbineProperty	turbineProperty,
		double	isentropicEfficiency,
		double	generatorEfficiency,
		double	massFlowOrPowerOut,
		double	outletSteamPressure
	)

Constructor for the turbine calculator

Parameters

solveFor,solves	for unknown value
inletPressure	double, inlet pressure in MPa
quantityType	SteamProperties::ThermodynamicQuantity, type of quantity (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)
inletQuantity,type	of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)
inletQuantityValue	double, Thermodynamic Property of the Inlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)
TurbineProperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)
turbineProperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)
isentropicEfficiency	double, Isentropic Efficiency of Turbine, fraction
generatorEfficiency	double, Conversion Efficiency of Turbine, fraction
massFlowOrPowerOut	double, known turbine property: mass flow rate (kg/hr) or power output (kW)
outletSteamPressure	double, outlet pressure of the steam in MPa

◆ Turbine() [2/2]

Turbine::Turbine	(	Solve	solveFor,
		double	inletPressure,
		SteamProperties::ThermodynamicQuantity	inletQuantity,
		double	inletQuantityValue,
		TurbineProperty	turbineProperty,
		double	generatorEfficiency,
		double	massFlowOrPowerOut,
		double	outletSteamPressure,
		SteamProperties::ThermodynamicQuantity	outletQuantity,
		double	outletQuantityValue
	)

Constructor for the turbine calculator

Parameters

solveFor,solves	for the unknown value
inletPressure	double, inlet pressure in MPa
quantityType	SteamProperties::ThermodynamicQuantity, type of quantity (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)
inletQuantity,type	of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)
inletQuantityValue	double, Thermodynamic Property of the Inlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)
TurbineProperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)
turbineProperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)
generatorEfficiency	double, Conversion Efficiency of Turbine, fraction
massFlowOrPowerOut	double, known turbine property: mass flow rate (kg/hr) or power output (kW)
outletSteamPressure	double, outlet pressure of the steam in MPa
outletQuantity,type	of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)
outletQuantityValue	double, Thermodynamic Property of the outlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)

Member Function Documentation

◆ calculate()

void Turbine::calculate ( )

private

Parameters

calculate,calculates the needed value

◆ calculateTurbineProperties()

void Turbine::calculateTurbineProperties	(	double	inletSpecificEnthalpy,
		double	outletSpecificEnthalpy
	)

private

Calculates Turbine Properties

Parameters

inletSpecificEnthalpy,double	in kJ/kg
outletSpecificEnthalpy,double	in kJ/kg/K

◆ getEnergyOut()

double Turbine::getEnergyOut ( ) const

inline

Gets the Energy Out

Returns: double, energy output in MJ/hr

Definition at line 190 of file Turbine.h.

◆ getGeneratorEfficiency()

double Turbine::getGeneratorEfficiency ( ) const

inline

Gets the Generator Efficiency

Returns: double, Conversion Efficiency of Turbine, fraction

Definition at line 108 of file Turbine.h.

◆ getInletEnergyFlow()

double Turbine::getInletEnergyFlow ( ) const

inline

Gets the Inlet Energy Flow

Returns: double, inlet steam energy flow in MJ/hr

Definition at line 172 of file Turbine.h.

◆ getInletPressure()

double Turbine::getInletPressure ( ) const

inline

Gets the inlet pressure

Returns: double, Pressure of the inlet steam in MPa

Definition at line 96 of file Turbine.h.

◆ getInletProperties()

SteamSystemModelerTool::SteamPropertiesOutput const & Turbine::getInletProperties ( ) const

inline

Gets the Inlet Properties

Returns: SteamSystemModelerTool::SteamPropertiesOutput, inlet steam properties

Definition at line 160 of file Turbine.h.

◆ getInletQuantity()

SteamProperties::ThermodynamicQuantity Turbine::getInletQuantity ( ) const

inline

Gets the Inlet Quantity

Returns: SteamProperties::ThermodynamicQuantity, type of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)

Definition at line 127 of file Turbine.h.

◆ getInletQuantityValue()

double Turbine::getInletQuantityValue ( ) const

inline

Gets the Inlet Quantity Value

Returns: double, Thermodynamic Property of the Inlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)

Definition at line 141 of file Turbine.h.

◆ getIsentropicEfficiency()

double Turbine::getIsentropicEfficiency ( ) const

inline

Gets the Isentropic Efficiency

Returns: double, Isentropic Efficiency of Turbine, fraction

Definition at line 102 of file Turbine.h.

◆ getMassFlow()

double Turbine::getMassFlow ( ) const

inline

Gets the Mass Flow

Returns: double, Mass flow rate in kg/hr

Definition at line 196 of file Turbine.h.

◆ getMassFlowOrPowerOut()

double Turbine::getMassFlowOrPowerOut ( ) const

inline

Gets the Mass Flow Or Power Out

Returns: double, known turbine property: mass flow rate (kg/hr) or power output (kW)

Definition at line 114 of file Turbine.h.

◆ getOutletEnergyFlow()

double Turbine::getOutletEnergyFlow ( ) const

inline

Gets the Outlet Energy Flow note: without desuperheating, it is the same as inletMassFlow because outlet == inlet.

Returns: double, outlet steam energy flow in MJ/hr

Definition at line 178 of file Turbine.h.

◆ getOutletProperties()

SteamSystemModelerTool::SteamPropertiesOutput const & Turbine::getOutletProperties ( ) const

inline

Gets the Outlet Properties

Returns: SteamSystemModelerTool::SteamPropertiesOutput, outlet steam properties

Definition at line 166 of file Turbine.h.

◆ getOutletQuantity()

SteamProperties::ThermodynamicQuantity Turbine::getOutletQuantity ( ) const

inline

Gets the Outlet Quantity

Returns: SteamProperties::ThermodynamicQuantity, type of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)

Definition at line 134 of file Turbine.h.

◆ getOutletQuantityValue()

double Turbine::getOutletQuantityValue ( ) const

inline

Gets the Outlet Quantity Value

Returns: double, Thermodynamic Property of the outlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)

Definition at line 148 of file Turbine.h.

◆ getOutletSteamPressure()

double Turbine::getOutletSteamPressure ( ) const

inline

Gets the Outlet Steam Pressure

Returns: double, outlet pressure of the steam in MPa

Definition at line 120 of file Turbine.h.

◆ getPowerOut()

double Turbine::getPowerOut ( ) const

inline

Gets the Power Out

Returns: double, power output in kW

Definition at line 184 of file Turbine.h.

◆ getSolveFor()

Solve Turbine::getSolveFor ( ) const

inline

Definition at line 90 of file Turbine.h.

◆ getTurbineProperty()

TurbineProperty Turbine::getTurbineProperty ( ) const

inline

Gets the Turbine Property

Returns: known turbine property: mass flow rate (kg/hr) or power output (kW)

Definition at line 154 of file Turbine.h.

◆ setGeneratorEfficiency()

void Turbine::setGeneratorEfficiency ( double generatorEfficiency )

Sets the Generator Efficiency

Parameters

generatorEfficiency double, Conversion Efficiency of Turbine, fraction

◆ setInletPressure()

void Turbine::setInletPressure ( double inletPressure )

Sets the inlet pressure

Parameters

inletPressure double, inlet pressure in MPa

◆ setInletQuantity()

void Turbine::setInletQuantity ( SteamProperties::ThermodynamicQuantity inletQuantity )

Sets the Inlet Quantity

Parameters

inletQuantity,inlet type of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)

◆ setInletQuantityValue()

void Turbine::setInletQuantityValue ( double inletQuantityValue )

Sets the Inlet Quantity Value

Parameters

inletQuantityValue double, Thermodynamic Property of the Inlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)

◆ setIsentropicEfficiency()

void Turbine::setIsentropicEfficiency ( double isentropicEfficiency )

Sets the Isentropic Efficiency

Parameters

isentropicEfficiency double, Isentropic Efficiency of Turbine, fraction

◆ setMassFlowOrPowerOut()

void Turbine::setMassFlowOrPowerOut ( double massFlowOrPowerOut )

Parameters

massFlowOrPowerOut double, known turbine property: mass flow rate (kg/hr) or power output (kW)

◆ setOutletQuantity()

void Turbine::setOutletQuantity ( SteamProperties::ThermodynamicQuantity outletQuantity )

Sets the Outlet Quantity

Parameters

outletQuantity,outlet type of quantity for water (either temperature in K, enthalpy in kJ/kg, entropy in kJ/kg/K, or quality - unitless)

◆ setOutletQuantityValue()

void Turbine::setOutletQuantityValue ( double outletQuantityValue )

Sets the Outlet Quantity Value

Parameters

outletQuantityValue double, Thermodynamic Property of the Inlet used for calculations- Temperature (K), Enthalpy (kJ/kg), Entropy (kJ/kg-K), or Quality (unitless)

◆ setOutletSteamPressure()

void Turbine::setOutletSteamPressure ( double outletSteamPressure )

Sets the Outlet Steam Pressure

Parameters

outletSteamPressure double, outlet pressure of the steam in MPa

◆ setSolveFor()

void Turbine::setSolveFor ( Solve solveFor )

Sets the Solve For value

Parameters

solveFor,solves for the unknown value

◆ setTurbineProperty()

void Turbine::setTurbineProperty ( TurbineProperty turbineProperty )

Sets the Turbine Property

Parameters

Turbineproperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)
turbineProperty,known	turbine property: mass flow rate (kg/hr) or power output (kW)

◆ solveForIsentropicEfficiency()

void Turbine::solveForIsentropicEfficiency ( )

private

Parameters

solveForIsentropicEfficiency,solves for Isentropic Efficiency

◆ solveForOutletProperties()

void Turbine::solveForOutletProperties ( )

private

Parameters

solveFOrOutletProperties,solves for outlet properties

Friends And Related Symbol Documentation

◆ operator<<

std::ostream & operator<<	(	std::ostream &	stream,
		const Turbine &	turbine
	)

friend

Solves for the unknown value

Returns: unknown value

Member Data Documentation

◆ energyOut

double Turbine::energyOut

private

Definition at line 301 of file Turbine.h.

◆ generatorEfficiency

double Turbine::generatorEfficiency

private

Definition at line 294 of file Turbine.h.

◆ inletEnergyFlow

double Turbine::inletEnergyFlow

private

Definition at line 301 of file Turbine.h.

◆ inletPressure

double Turbine::inletPressure

private

Definition at line 294 of file Turbine.h.

◆ inletProperties

SteamSystemModelerTool::SteamPropertiesOutput Turbine::inletProperties

private

Definition at line 299 of file Turbine.h.

◆ inletQuantity

SteamProperties::ThermodynamicQuantity Turbine::inletQuantity

private

Definition at line 295 of file Turbine.h.

◆ inletQuantityValue

double Turbine::inletQuantityValue

private

Definition at line 296 of file Turbine.h.

◆ isentropicEfficiency

double Turbine::isentropicEfficiency

private

Definition at line 294 of file Turbine.h.

◆ massFlow

double Turbine::massFlow

private

Definition at line 301 of file Turbine.h.

◆ massFlowOrPowerOut

double Turbine::massFlowOrPowerOut

private

Definition at line 294 of file Turbine.h.

◆ outletEnergyFlow

double Turbine::outletEnergyFlow = 0

private

Definition at line 301 of file Turbine.h.

◆ outletProperties

SteamSystemModelerTool::SteamPropertiesOutput Turbine::outletProperties

private

Definition at line 299 of file Turbine.h.

◆ outletQuantity

SteamProperties::ThermodynamicQuantity Turbine::outletQuantity

private

Definition at line 295 of file Turbine.h.

◆ outletQuantityValue

double Turbine::outletQuantityValue = 0

private

Definition at line 296 of file Turbine.h.

◆ outletSteamPressure

double Turbine::outletSteamPressure

private

Definition at line 294 of file Turbine.h.

◆ powerOut

double Turbine::powerOut

private

Definition at line 301 of file Turbine.h.

◆ solveFor

Solve Turbine::solveFor

private

Definition at line 293 of file Turbine.h.

◆ turbineProperty

TurbineProperty Turbine::turbineProperty

private

Definition at line 297 of file Turbine.h.

The documentation for this class was generated from the following file:

include/steamModeler/Turbine.h

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Friends

Detailed Description

Member Enumeration Documentation

◆ Solve

◆ TurbineProperty

Constructor & Destructor Documentation

◆ Turbine() [1/2]

◆ Turbine() [2/2]

Member Function Documentation

◆ calculate()

◆ calculateTurbineProperties()

◆ getEnergyOut()

◆ getGeneratorEfficiency()

◆ getInletEnergyFlow()

◆ getInletPressure()

◆ getInletProperties()

◆ getInletQuantity()

◆ getInletQuantityValue()

◆ getIsentropicEfficiency()

◆ getMassFlow()

◆ getMassFlowOrPowerOut()

◆ getOutletEnergyFlow()

◆ getOutletProperties()

◆ getOutletQuantity()

◆ getOutletQuantityValue()

◆ getOutletSteamPressure()

◆ getPowerOut()

◆ getSolveFor()

◆ getTurbineProperty()

◆ setGeneratorEfficiency()

◆ setInletPressure()

◆ setInletQuantity()

◆ setInletQuantityValue()

◆ setIsentropicEfficiency()

◆ setMassFlowOrPowerOut()

◆ setOutletQuantity()

◆ setOutletQuantityValue()

◆ setOutletSteamPressure()

◆ setSolveFor()

◆ setTurbineProperty()

◆ solveForIsentropicEfficiency()

◆ solveForOutletProperties()

Friends And Related Symbol Documentation

◆ operator<<

Member Data Documentation

◆ energyOut

◆ generatorEfficiency

◆ inletEnergyFlow

◆ inletPressure

◆ inletProperties

◆ inletQuantity

◆ inletQuantityValue

◆ isentropicEfficiency

◆ massFlow

◆ massFlowOrPowerOut

◆ outletEnergyFlow

◆ outletProperties

◆ outletQuantity

◆ outletQuantityValue

◆ outletSteamPressure

◆ powerOut

◆ solveFor

◆ turbineProperty