#include <gas_flue_gas_material.h>

Classes
struct	ProcessHeatPropertiesResults

Public Member Functions
	GasCompositions (std::string substance, const double CH4, const double C2H6, const double N2, const double H2, const double C3H8, const double C4H10_CnH2n, const double H2O, const double CO, const double CO2, const double SO2, const double O2)

double	getGasByVol (const std::string &gasName) const

double	getHeatingValue () const

double	getHeatingValueVolume () const

double	getSpecificGravity () const

double	getStoichometricAir () const

double	getSaturationTemperature (const double ppH2O) const

double	getEnthalpyAtSaturation (const double ppH2O) const

ProcessHeatPropertiesResults	getProcessHeatProperties (const double flueGasTempF, const double flueGasO2, const double combAirTemperatureF, const double fuelTempF=60, const double ambientAirTempF=60, const double combAirMoisturePerc=0, const double excessAir=0)

double	calculateExcessAir (double flueGasO2)

double	calculateO2 (double excessAir)

std::string	getSubstance () const

int	getID () const

void	setID (const int id)

Private Member Functions
double	calculateSpecificGravity ()

double	calculateStoichometricAir ()

void	calculateCompByWeight ()

double	calculateSensibleHeat (double combustionAirTemp)

double	calculateHeatCombustionAir (double combustionAirTemp, double excessAir)

void	calculateMassFlueGasComponents (double excessAir)

double	calculateHeatingValueFuel ()

double	calculateHeatingValueFuelVolume ()

void	calculateEnthalpy ()

double	calculateTotalHeatContentFlueGas (double flueGasTemperature)

	GasCompositions (std::string substance, const double CH4, const double C2H6, const double N2, const double H2, const double C3H8, const double C4H10_CnH2n, const double H2O, const double CO, const double CO2, const double SO2, const double O2, const double heatingValue, const double heatingValueVolume, const double specificGravity, const double stoichometricAir=0)

double	getExcessAir (const double flueGasO2) const

void	flueGasO2AdjustForCalcError (const double excessAir, double &flueO2) const

Private Attributes
std::unordered_map< std::string, std::shared_ptr< GasProperties > >	gasses

int	id = 0

std::string	substance

double	totalPercent

double	hH2Osat = 0

double	tH2Osat = 0

double	mH2O = 0

double	mCO2 = 0

double	mO2 = 0

double	mN2 = 0

double	mSO2 = 0

std::shared_ptr< GasProperties >	CH4

std::shared_ptr< GasProperties >	C2H6

std::shared_ptr< GasProperties >	N2

std::shared_ptr< GasProperties >	H2

std::shared_ptr< GasProperties >	C3H8

std::shared_ptr< GasProperties >	C4H10_CnH2n

std::shared_ptr< GasProperties >	H2O

std::shared_ptr< GasProperties >	CO

std::shared_ptr< GasProperties >	CO2

std::shared_ptr< GasProperties >	SO2

std::shared_ptr< GasProperties >	O2

double	heatingValue = 0

double	specificGravity = 0

double	heatingValueVolume = 0

double	stoichometricAir = 0

Friends
class	GasFlueGasMaterial

class	DefaultData

Detailed Description

Gas Compositions class Contains the gas compositions of a gas mixture.

Definition at line 66 of file gas_flue_gas_material.h.

Constructor & Destructor Documentation

◆ GasCompositions() [1/2]

GasCompositions::GasCompositions	(	std::string	substance,
		const double	CH4,
		const double	C2H6,
		const double	N2,
		const double	H2,
		const double	C3H8,
		const double	C4H10_CnH2n,
		const double	H2O,
		const double	CO,
		const double	CO2,
		const double	SO2,
		const double	O2
	)

inline

Constructor for GasCompositions with which flue gas losses will be calculated. All molecule parameters are the percentage of that molecule present in the fuel

Parameters

substance	name - string
CH4	% - double
C2H6	% - double
N2	% - double
H2	% - double
C3H8	% - double
C4H10_CnH2n	% - double
H2O	% - double
CO	% - double
CO2	% - double
SO2	% - double
O2	% - double

Definition at line 97 of file gas_flue_gas_material.h.

◆ GasCompositions() [2/2]

GasCompositions::GasCompositions	(	std::string	substance,
		const double	CH4,
		const double	C2H6,
		const double	N2,
		const double	H2,
		const double	C3H8,
		const double	C4H10_CnH2n,
		const double	H2O,
		const double	CO,
		const double	CO2,
		const double	SO2,
		const double	O2,
		const double	heatingValue,
		const double	heatingValueVolume,
		const double	specificGravity,
		const double	stoichometricAir = `0`
	)

inlineprivate

Definition at line 245 of file gas_flue_gas_material.h.

Member Function Documentation

◆ getEnthalpyAtSaturation()

double GasCompositions::getEnthalpyAtSaturation ( const double ppH2O ) const

Parameters

ppH2O double

Returns: double

◆ getExcessAir()

double GasCompositions::getExcessAir ( const double flueGasO2 ) const

private

Parameters

flueGasO2 double

Returns: double

◆ getGasByVol()

double GasCompositions::getGasByVol ( const std::string & gasName ) const

inline

Gets the gas by its name

Parameters

gasName const string, name of gas

Returns: double, composition by volume as %

Definition at line 154 of file gas_flue_gas_material.h.

◆ getHeatingValue()

double GasCompositions::getHeatingValue ( ) const

inline

Definition at line 162 of file gas_flue_gas_material.h.

◆ getHeatingValueVolume()

double GasCompositions::getHeatingValueVolume ( ) const

inline

Definition at line 163 of file gas_flue_gas_material.h.

◆ getID()

int GasCompositions::getID ( ) const

inline

Gets the ID of gas

Returns: int, ID of gas

Definition at line 221 of file gas_flue_gas_material.h.

◆ getProcessHeatProperties()

ProcessHeatPropertiesResults GasCompositions::getProcessHeatProperties	(	const double	flueGasTempF,
		const double	flueGasO2,
		const double	combAirTemperatureF,
		const double	fuelTempF = `60`,
		const double	ambientAirTempF = `60`,
		const double	combAirMoisturePerc = `0`,
		const double	excessAir = `0`
	)

Parameters

flueGasTempF	double, units F
flueGasO2	double, percentage / fraction
combAirTemperatureF	double, units F
fuelTempF	double, units F, default value 60
ambientAirTempF	double, units F, default value 60
combAirMoisturePerc	double, percentage / fraction, default value 0
excessAir	double, percentage / fraction

Returns

Parameters

stoichAir	double
excessAir	double, percentage / fraction
availableHeat	double, percentage / fraction
specificHeat	double, units Btu/(# F)
density	double, units # / cu.ft
heatValueFuel	double, units Btu / cu.ft
flueGasO2	double, percentage / fraction

◆ getSaturationTemperature()

double GasCompositions::getSaturationTemperature ( const double ppH2O ) const

Parameters

ppH2O double

Returns: double

◆ getSpecificGravity()

double GasCompositions::getSpecificGravity ( ) const

inline

Definition at line 164 of file gas_flue_gas_material.h.

◆ getStoichometricAir()

double GasCompositions::getStoichometricAir ( ) const

inline

Definition at line 165 of file gas_flue_gas_material.h.

◆ getSubstance()

std::string GasCompositions::getSubstance ( ) const

Gets the name of substance

Returns: string, name of substance

◆ setID()

void GasCompositions::setID ( const int id )

inline

Sets the ID of gas

Parameters

id	const int, ID number for gas

Definition at line 227 of file gas_flue_gas_material.h.

Friends And Related Symbol Documentation

◆ DefaultData

friend class DefaultData

friend

Definition at line 231 of file gas_flue_gas_material.h.

◆ GasFlueGasMaterial

friend class GasFlueGasMaterial

friend

Definition at line 230 of file gas_flue_gas_material.h.

Member Data Documentation

◆ C2H6

std::shared_ptr<GasProperties> GasCompositions::C2H6

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ C3H8

std::shared_ptr<GasProperties> GasCompositions::C3H8

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ C4H10_CnH2n

std::shared_ptr<GasProperties> GasCompositions::C4H10_CnH2n

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ CH4

std::shared_ptr<GasProperties> GasCompositions::CH4

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ CO

std::shared_ptr<GasProperties> GasCompositions::CO

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ CO2

std::shared_ptr<GasProperties> GasCompositions::CO2

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ gasses

std::unordered_map<std::string, std::shared_ptr<GasProperties> > GasCompositions::gasses

private

Definition at line 295 of file gas_flue_gas_material.h.

◆ H2

std::shared_ptr<GasProperties> GasCompositions::H2

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ H2O

std::shared_ptr<GasProperties> GasCompositions::H2O

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ heatingValue

double GasCompositions::heatingValue = 0

private

Definition at line 302 of file gas_flue_gas_material.h.

◆ heatingValueVolume

double GasCompositions::heatingValueVolume = 0

private

Definition at line 302 of file gas_flue_gas_material.h.

◆ hH2Osat

double GasCompositions::hH2Osat = 0

private

Definition at line 299 of file gas_flue_gas_material.h.

◆ id

int GasCompositions::id = 0

private

Definition at line 296 of file gas_flue_gas_material.h.

◆ mCO2

double GasCompositions::mCO2 = 0

private

Definition at line 300 of file gas_flue_gas_material.h.

◆ mH2O

double GasCompositions::mH2O = 0

private

Definition at line 300 of file gas_flue_gas_material.h.

◆ mN2

double GasCompositions::mN2 = 0

private

Definition at line 300 of file gas_flue_gas_material.h.

◆ mO2

double GasCompositions::mO2 = 0

private

Definition at line 300 of file gas_flue_gas_material.h.

◆ mSO2

double GasCompositions::mSO2 = 0

private

Definition at line 300 of file gas_flue_gas_material.h.

◆ N2

std::shared_ptr<GasProperties> GasCompositions::N2

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ O2

std::shared_ptr<GasProperties> GasCompositions::O2

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ SO2

std::shared_ptr<GasProperties> GasCompositions::SO2

private

Definition at line 301 of file gas_flue_gas_material.h.

◆ specificGravity

double GasCompositions::specificGravity = 0

private

Definition at line 302 of file gas_flue_gas_material.h.

◆ stoichometricAir

double GasCompositions::stoichometricAir = 0

private

Definition at line 302 of file gas_flue_gas_material.h.

◆ substance

std::string GasCompositions::substance

private

Definition at line 297 of file gas_flue_gas_material.h.

◆ tH2Osat

double GasCompositions::tH2Osat = 0

private

Definition at line 299 of file gas_flue_gas_material.h.

◆ totalPercent

double GasCompositions::totalPercent

private

Definition at line 298 of file gas_flue_gas_material.h.

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

include/processHeat/losses/gas_flue_gas_material.h

Classes

Public Member Functions

Private Member Functions

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ GasCompositions() [1/2]

◆ GasCompositions() [2/2]

Member Function Documentation

◆ getEnthalpyAtSaturation()

◆ getExcessAir()

◆ getGasByVol()

◆ getHeatingValue()

◆ getHeatingValueVolume()

◆ getID()

◆ getProcessHeatProperties()

◆ getSaturationTemperature()

◆ getSpecificGravity()

◆ getStoichometricAir()

◆ getSubstance()

◆ setID()

Friends And Related Symbol Documentation

◆ DefaultData

◆ GasFlueGasMaterial

Member Data Documentation

◆ C2H6

◆ C3H8

◆ C4H10_CnH2n

◆ CH4

◆ CO

◆ CO2

◆ gasses

◆ H2

◆ H2O

◆ heatingValue

◆ heatingValueVolume

◆ hH2Osat

◆ id

◆ mCO2

◆ mH2O

◆ mN2

◆ mO2

◆ mSO2

◆ N2

◆ O2

◆ SO2

◆ specificGravity

◆ stoichometricAir

◆ substance

◆ tH2Osat

◆ totalPercent