FlowCalculationsEnergyUse Class Reference

#include <FlowCalculationsEnergyUse.h>

Public Types
enum	Gas {   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER, AIR, AMMONIA_DISSOCIATED,   ARGON, BUTANE, ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN,   EXOTHERMIC_CRACKED_RICH, HELIUM, HYDROGEN, NATURAL_GAS,   NITROGEN, OXYGEN, PROPANE, OTHER,   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER }
	enum class for gas types
enum	Section {   SQUARE_EDGE, SHARP_EDGE, VENTURI, SQUARE_EDGE,   SHARP_EDGE, VENTURI, SQUARE_EDGE, SHARP_EDGE,   VENTURI }
	enum class for section type
enum	Gas {   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER, AIR, AMMONIA_DISSOCIATED,   ARGON, BUTANE, ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN,   EXOTHERMIC_CRACKED_RICH, HELIUM, HYDROGEN, NATURAL_GAS,   NITROGEN, OXYGEN, PROPANE, OTHER,   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER }
	enum class for gas types
enum	Section {   SQUARE_EDGE, SHARP_EDGE, VENTURI, SQUARE_EDGE,   SHARP_EDGE, VENTURI, SQUARE_EDGE, SHARP_EDGE,   VENTURI }
	enum class for section type
enum	Gas {   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER, AIR, AMMONIA_DISSOCIATED,   ARGON, BUTANE, ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN,   EXOTHERMIC_CRACKED_RICH, HELIUM, HYDROGEN, NATURAL_GAS,   NITROGEN, OXYGEN, PROPANE, OTHER,   AIR, AMMONIA_DISSOCIATED, ARGON, BUTANE,   ENDOTHERMIC_AMMONIA, EXOTHERMIC_CRACKED_LEAN, EXOTHERMIC_CRACKED_RICH, HELIUM,   HYDROGEN, NATURAL_GAS, NITROGEN, OXYGEN,   PROPANE, OTHER }
	enum class for gas types
enum	Section {   SQUARE_EDGE, SHARP_EDGE, VENTURI, SQUARE_EDGE,   SHARP_EDGE, VENTURI, SQUARE_EDGE, SHARP_EDGE,   VENTURI }
	enum class for section type

Public Member Functions
	FlowCalculationsEnergyUse (Gas gasType, double specificGravity, double orificeDiameter, double insidePipeDiameter, Section sectionType, double dischargeCoefficient, double gasHeatingValue, double gasTemperature, double gasPressure, double orificePressureDrop, double operatingTime)
Gas	getGasType () const
void	setGasType (Gas gasType)
double	getSpecificGravity () const
void	setSpecificGravity (double specificGravity)
double	getOrificeDiameter () const
void	setOrificeDiameter (double orificeDiameter)
double	getInsidePipeDiameter () const
void	setInsidePipeDiameter (double insidePipeDiameter)
Section	getSectionType () const
void	setSectionType (Section sectionType)
double	getDischargeCoefficient () const
void	setDischargeCoefficient (double dischargeCoefficient)
double	getGasHeatingValue () const
void	setGasHeatingValue (double gasHeatingValue)
double	getGasTemperature () const
void	setGasTemperature (double gasTemperature)
double	getGasPressure () const
void	setGasPressure (double gasPressure)
double	getOrificePressureDrop () const
void	setOrificePressureDrop (double orificePressureDrop)
double	getOperatingTime () const
void	setOperatingTime (double operatingTime)
double	getArea ()
double	getAdjustedDischargeCoefficient ()
double	getPressureDrop ()
double	getAdjustedGasTemperature ()
double	getAdjustedGasPressure ()
double	getFlow ()
double	getHeatInput ()
double	getTotalFlow ()
	FlowCalculationsEnergyUse (Gas gasType, double specificGravity, double orificeDiameter, double insidePipeDiameter, Section sectionType, double dischargeCoefficient, double gasHeatingValue, double gasTemperature, double gasPressure, double orificePressureDrop, double operatingTime)
Gas	getGasType () const
void	setGasType (Gas gasType)
double	getSpecificGravity () const
void	setSpecificGravity (double specificGravity)
double	getOrificeDiameter () const
void	setOrificeDiameter (double orificeDiameter)
double	getInsidePipeDiameter () const
void	setInsidePipeDiameter (double insidePipeDiameter)
Section	getSectionType () const
void	setSectionType (Section sectionType)
double	getDischargeCoefficient () const
void	setDischargeCoefficient (double dischargeCoefficient)
double	getGasHeatingValue () const
void	setGasHeatingValue (double gasHeatingValue)
double	getGasTemperature () const
void	setGasTemperature (double gasTemperature)
double	getGasPressure () const
void	setGasPressure (double gasPressure)
double	getOrificePressureDrop () const
void	setOrificePressureDrop (double orificePressureDrop)
double	getOperatingTime () const
void	setOperatingTime (double operatingTime)
double	getArea ()
double	getAdjustedDischargeCoefficient ()
double	getPressureDrop ()
double	getAdjustedGasTemperature ()
double	getAdjustedGasPressure ()
double	getFlow ()
double	getHeatInput ()
double	getTotalFlow ()
	FlowCalculationsEnergyUse (Gas gasType, double specificGravity, double orificeDiameter, double insidePipeDiameter, Section sectionType, double dischargeCoefficient, double gasHeatingValue, double gasTemperature, double gasPressure, double orificePressureDrop, double operatingTime)
Gas	getGasType () const
void	setGasType (Gas gasType)
double	getSpecificGravity () const
void	setSpecificGravity (double specificGravity)
double	getOrificeDiameter () const
void	setOrificeDiameter (double orificeDiameter)
double	getInsidePipeDiameter () const
void	setInsidePipeDiameter (double insidePipeDiameter)
Section	getSectionType () const
void	setSectionType (Section sectionType)
double	getDischargeCoefficient () const
void	setDischargeCoefficient (double dischargeCoefficient)
double	getGasHeatingValue () const
void	setGasHeatingValue (double gasHeatingValue)
double	getGasTemperature () const
void	setGasTemperature (double gasTemperature)
double	getGasPressure () const
void	setGasPressure (double gasPressure)
double	getOrificePressureDrop () const
void	setOrificePressureDrop (double orificePressureDrop)
double	getOperatingTime () const
void	setOperatingTime (double operatingTime)
double	getArea ()
double	getAdjustedDischargeCoefficient ()
double	getPressureDrop ()
double	getAdjustedGasTemperature ()
double	getAdjustedGasPressure ()
double	getFlow ()
double	getHeatInput ()
double	getTotalFlow ()

Detailed Description

Flow Calculations Energy Use calculator class Used to find the flow and the heat input of a fuel-fired furnace.

Definition at line 18 of file FlowCalculationsEnergyUse.h.

Constructor & Destructor Documentation

FlowCalculationsEnergyUse() [1/3]

FlowCalculationsEnergyUse::FlowCalculationsEnergyUse ( Gas  gasType, double  specificGravity, double  orificeDiameter, double  insidePipeDiameter, Section  sectionType, double  dischargeCoefficient, double  gasHeatingValue, double  gasTemperature, double  gasPressure, double  orificePressureDrop, double  operatingTime  )

inline

Constructor for the flow calculations energy use

Parameters

gasType	Gas, type of gas
specificGravity	double, specific gravity specified by the user- unitless
orificeDiameter	double, diameter of orifice in inches
insidePipeDiameter	double, diameter of inside pipe in inches
sectionType	Section, type of section
dischargeCoefficient	double, coefficient of discharge - unitless
gasHeatingValue	double, heating value of gas in Btu/scf
gasTemperature	double, temperature of gas in °F
gasPressure	double, pressure of gas in Psig
orificePressureDrop	double, orifice pressure drop in inch W.C.
operatingTime	double, operating time in hrs

Definition at line 64 of file FlowCalculationsEnergyUse.h.

FlowCalculationsEnergyUse() [2/3]

FlowCalculationsEnergyUse::FlowCalculationsEnergyUse ( Gas  gasType, double  specificGravity, double  orificeDiameter, double  insidePipeDiameter, Section  sectionType, double  dischargeCoefficient, double  gasHeatingValue, double  gasTemperature, double  gasPressure, double  orificePressureDrop, double  operatingTime  )

inline

Constructor for the flow calculations energy use

Parameters

gasType	Gas, type of gas
specificGravity	double, specific gravity specified by the user- unitless
orificeDiameter	double, diameter of orifice in inches
insidePipeDiameter	double, diameter of inside pipe in inches
sectionType	Section, type of section
dischargeCoefficient	double, coefficient of discharge - unitless
gasHeatingValue	double, heating value of gas in Btu/scf
gasTemperature	double, temperature of gas in °F
gasPressure	double, pressure of gas in Psig
orificePressureDrop	double, orifice pressure drop in inch W.C.
operatingTime	double, operating time in hrs

Definition at line 64 of file FlowCalculationsEnergyUse.h.

FlowCalculationsEnergyUse() [3/3]

FlowCalculationsEnergyUse::FlowCalculationsEnergyUse ( Gas  gasType, double  specificGravity, double  orificeDiameter, double  insidePipeDiameter, Section  sectionType, double  dischargeCoefficient, double  gasHeatingValue, double  gasTemperature, double  gasPressure, double  orificePressureDrop, double  operatingTime  )

inline

Constructor for the flow calculations energy use

Parameters

gasType	Gas, type of gas
specificGravity	double, specific gravity specified by the user- unitless
orificeDiameter	double, diameter of orifice in inches
insidePipeDiameter	double, diameter of inside pipe in inches
sectionType	Section, type of section
dischargeCoefficient	double, coefficient of discharge - unitless
gasHeatingValue	double, heating value of gas in Btu/scf
gasTemperature	double, temperature of gas in °F
gasPressure	double, pressure of gas in Psig
orificePressureDrop	double, orifice pressure drop in inch W.C.
operatingTime	double, operating time in hrs

Definition at line 64 of file FlowCalculationsEnergyUse.h.

Member Function Documentation

getAdjustedDischargeCoefficient() [1/3]

double FlowCalculationsEnergyUse::getAdjustedDischargeCoefficient

(

)

Gets the adjusted (if necessary) discharge coefficient

Returns

double, adjusted discharge coefficient - unitless

Definition at line 19 of file FlowCalculationsEnergyUse.cpp.

getAdjustedDischargeCoefficient() [2/3]

double FlowCalculationsEnergyUse::getAdjustedDischargeCoefficient

(

)

Gets the adjusted (if necessary) discharge coefficient

Returns

double, adjusted discharge coefficient - unitless

getAdjustedDischargeCoefficient() [3/3]

double FlowCalculationsEnergyUse::getAdjustedDischargeCoefficient

(

)

Gets the adjusted (if necessary) discharge coefficient

Returns

double, adjusted discharge coefficient - unitless

getAdjustedGasPressure() [1/3]

double FlowCalculationsEnergyUse::getAdjustedGasPressure

(

)

Gets the adjusted pressure of gas used in calculating flow

Returns

double, adjusted pressure of gas in Psig

getAdjustedGasPressure() [2/3]

double FlowCalculationsEnergyUse::getAdjustedGasPressure

(

)

Gets the adjusted pressure of gas used in calculating flow

Returns

double, adjusted pressure of gas in Psig

Definition at line 38 of file FlowCalculationsEnergyUse.cpp.

getAdjustedGasPressure() [3/3]

double FlowCalculationsEnergyUse::getAdjustedGasPressure

(

)

Gets the adjusted pressure of gas used in calculating flow

Returns

double, adjusted pressure of gas in Psig

getAdjustedGasTemperature() [1/3]

double FlowCalculationsEnergyUse::getAdjustedGasTemperature

(

)

Gets the adjusted temperature of gas used in calculating flow

Returns

double, adjusted temperature of gas in °F

getAdjustedGasTemperature() [2/3]

double FlowCalculationsEnergyUse::getAdjustedGasTemperature

(

)

Gets the adjusted temperature of gas used in calculating flow

Returns

double, adjusted temperature of gas in °F

Definition at line 33 of file FlowCalculationsEnergyUse.cpp.

getAdjustedGasTemperature() [3/3]

double FlowCalculationsEnergyUse::getAdjustedGasTemperature

(

)

Gets the adjusted temperature of gas used in calculating flow

Returns

double, adjusted temperature of gas in °F

getArea() [1/3]

double FlowCalculationsEnergyUse::getArea

(

)

Gets the area

Returns

double, area in in in^2

getArea() [2/3]

double FlowCalculationsEnergyUse::getArea

(

)

Gets the area

Returns

double, area in in in^2

getArea() [3/3]

double FlowCalculationsEnergyUse::getArea

(

)

Gets the area

Returns

double, area in in in^2

Definition at line 14 of file FlowCalculationsEnergyUse.cpp.

getDischargeCoefficient() [1/3]

double FlowCalculationsEnergyUse::getDischargeCoefficient ( ) const

inline

Gets the coefficient of discharge

Returns

double, coefficient of discharge - unitless

Definition at line 241 of file FlowCalculationsEnergyUse.h.

getDischargeCoefficient() [2/3]

double FlowCalculationsEnergyUse::getDischargeCoefficient ( ) const

inline

Gets the coefficient of discharge

Returns

double, coefficient of discharge - unitless

Definition at line 241 of file FlowCalculationsEnergyUse.h.

getDischargeCoefficient() [3/3]

double FlowCalculationsEnergyUse::getDischargeCoefficient ( ) const

inline

Gets the coefficient of discharge

Returns

double, coefficient of discharge - unitless

Definition at line 241 of file FlowCalculationsEnergyUse.h.

getFlow() [1/3]

double FlowCalculationsEnergyUse::getFlow

(

)

Gets the flow in scfh

Returns

double, flow in scfh

getFlow() [2/3]

double FlowCalculationsEnergyUse::getFlow

(

)

Gets the flow in scfh

Returns

double, flow in scfh

Definition at line 43 of file FlowCalculationsEnergyUse.cpp.

getFlow() [3/3]

double FlowCalculationsEnergyUse::getFlow

(

)

Gets the flow in scfh

Returns

double, flow in scfh

getGasHeatingValue() [1/3]

double FlowCalculationsEnergyUse::getGasHeatingValue ( ) const

inline

Gets the gas heating value

Returns

double, gas heating value in Btu/scf

Definition at line 260 of file FlowCalculationsEnergyUse.h.

getGasHeatingValue() [2/3]

double FlowCalculationsEnergyUse::getGasHeatingValue ( ) const

inline

Gets the gas heating value

Returns

double, gas heating value in Btu/scf

Definition at line 260 of file FlowCalculationsEnergyUse.h.

getGasHeatingValue() [3/3]

double FlowCalculationsEnergyUse::getGasHeatingValue ( ) const

inline

Gets the gas heating value

Returns

double, gas heating value in Btu/scf

Definition at line 260 of file FlowCalculationsEnergyUse.h.

getGasPressure() [1/3]

double FlowCalculationsEnergyUse::getGasPressure ( ) const

inline

Gets the pressure of gas

Returns

double, pressure of gas in Psig

Definition at line 298 of file FlowCalculationsEnergyUse.h.

getGasPressure() [2/3]

double FlowCalculationsEnergyUse::getGasPressure ( ) const

inline

Gets the pressure of gas

Returns

double, pressure of gas in Psig

Definition at line 298 of file FlowCalculationsEnergyUse.h.

getGasPressure() [3/3]

double FlowCalculationsEnergyUse::getGasPressure ( ) const

inline

Gets the pressure of gas

Returns

double, pressure of gas in Psig

Definition at line 298 of file FlowCalculationsEnergyUse.h.

getGasTemperature() [1/3]

double FlowCalculationsEnergyUse::getGasTemperature ( ) const

inline

Gets the temperature of gas in °F

Returns

double, gas temperature in °F

Definition at line 279 of file FlowCalculationsEnergyUse.h.

getGasTemperature() [2/3]

double FlowCalculationsEnergyUse::getGasTemperature ( ) const

inline

Gets the temperature of gas in °F

Returns

double, gas temperature in °F

Definition at line 279 of file FlowCalculationsEnergyUse.h.

getGasTemperature() [3/3]

double FlowCalculationsEnergyUse::getGasTemperature ( ) const

inline

Gets the temperature of gas in °F

Returns

double, gas temperature in °F

Definition at line 279 of file FlowCalculationsEnergyUse.h.

getGasType() [1/3]

Gas FlowCalculationsEnergyUse::getGasType ( ) const

inline

Gets the type of gas

Returns

Gas, type of gas

Definition at line 106 of file FlowCalculationsEnergyUse.h.

getGasType() [2/3]

Gas FlowCalculationsEnergyUse::getGasType ( ) const

inline

Gets the type of gas

Returns

Gas, type of gas

Definition at line 106 of file FlowCalculationsEnergyUse.h.

getGasType() [3/3]

Gas FlowCalculationsEnergyUse::getGasType ( ) const

inline

Gets the type of gas

Returns

Gas, type of gas

Definition at line 106 of file FlowCalculationsEnergyUse.h.

getHeatInput() [1/3]

double FlowCalculationsEnergyUse::getHeatInput

(

)

Gets the heat input

Returns

double, heat input in Million Btu

getHeatInput() [2/3]

double FlowCalculationsEnergyUse::getHeatInput

(

)

Gets the heat input

Returns

double, heat input in Million Btu

Definition at line 53 of file FlowCalculationsEnergyUse.cpp.

getHeatInput() [3/3]

double FlowCalculationsEnergyUse::getHeatInput

(

)

Gets the heat input

Returns

double, heat input in Million Btu

getInsidePipeDiameter() [1/3]

double FlowCalculationsEnergyUse::getInsidePipeDiameter ( ) const

inline

Gets the diameter of inside of pipe

Returns

double, diameter of inside of pipe in inches

Definition at line 194 of file FlowCalculationsEnergyUse.h.

getInsidePipeDiameter() [2/3]

double FlowCalculationsEnergyUse::getInsidePipeDiameter ( ) const

inline

Gets the diameter of inside of pipe

Returns

double, diameter of inside of pipe in inches

Definition at line 194 of file FlowCalculationsEnergyUse.h.

getInsidePipeDiameter() [3/3]

double FlowCalculationsEnergyUse::getInsidePipeDiameter ( ) const

inline

Gets the diameter of inside of pipe

Returns

double, diameter of inside of pipe in inches

Definition at line 194 of file FlowCalculationsEnergyUse.h.

getOperatingTime() [1/3]

double FlowCalculationsEnergyUse::getOperatingTime ( ) const

inline

Gets the operating time

Returns

double, operating time in hrs

Definition at line 336 of file FlowCalculationsEnergyUse.h.

getOperatingTime() [2/3]

double FlowCalculationsEnergyUse::getOperatingTime ( ) const

inline

Gets the operating time

Returns

double, operating time in hrs

Definition at line 336 of file FlowCalculationsEnergyUse.h.

getOperatingTime() [3/3]

double FlowCalculationsEnergyUse::getOperatingTime ( ) const

inline

Gets the operating time

Returns

double, operating time in hrs

Definition at line 336 of file FlowCalculationsEnergyUse.h.

getOrificeDiameter() [1/3]

double FlowCalculationsEnergyUse::getOrificeDiameter ( ) const

inline

Gets the diameter of orifice

Returns

double, diameter of orifice in inches

Definition at line 175 of file FlowCalculationsEnergyUse.h.

getOrificeDiameter() [2/3]

double FlowCalculationsEnergyUse::getOrificeDiameter ( ) const

inline

Gets the diameter of orifice

Returns

double, diameter of orifice in inches

Definition at line 175 of file FlowCalculationsEnergyUse.h.

getOrificeDiameter() [3/3]

double FlowCalculationsEnergyUse::getOrificeDiameter ( ) const

inline

Gets the diameter of orifice

Returns

double, diameter of orifice in inches

Definition at line 175 of file FlowCalculationsEnergyUse.h.

getOrificePressureDrop() [1/3]

double FlowCalculationsEnergyUse::getOrificePressureDrop ( ) const

inline

Gets the pressure drop at orifice

Returns

double, pressure drop at orifice in inch W.C.

Definition at line 317 of file FlowCalculationsEnergyUse.h.

getOrificePressureDrop() [2/3]

double FlowCalculationsEnergyUse::getOrificePressureDrop ( ) const

inline

Gets the pressure drop at orifice

Returns

double, pressure drop at orifice in inch W.C.

Definition at line 317 of file FlowCalculationsEnergyUse.h.

getOrificePressureDrop() [3/3]

double FlowCalculationsEnergyUse::getOrificePressureDrop ( ) const

inline

Gets the pressure drop at orifice

Returns

double, pressure drop at orifice in inch W.C.

Definition at line 317 of file FlowCalculationsEnergyUse.h.

getPressureDrop() [1/3]

double FlowCalculationsEnergyUse::getPressureDrop

(

)

Gets the pressure drop in inch W.C.

Returns

double, pressure drop in inch W.C.

getPressureDrop() [2/3]

double FlowCalculationsEnergyUse::getPressureDrop

(

)

Gets the pressure drop in inch W.C.

Returns

double, pressure drop in inch W.C.

Definition at line 28 of file FlowCalculationsEnergyUse.cpp.

getPressureDrop() [3/3]

double FlowCalculationsEnergyUse::getPressureDrop

(

)

Gets the pressure drop in inch W.C.

Returns

double, pressure drop in inch W.C.

getSectionType() [1/3]

Section FlowCalculationsEnergyUse::getSectionType ( ) const

inline

Gets the type of section

Returns

Section, type of section

Definition at line 213 of file FlowCalculationsEnergyUse.h.

getSectionType() [2/3]

Section FlowCalculationsEnergyUse::getSectionType ( ) const

inline

Gets the type of section

Returns

Section, type of section

Definition at line 213 of file FlowCalculationsEnergyUse.h.

getSectionType() [3/3]

Section FlowCalculationsEnergyUse::getSectionType ( ) const

inline

Gets the type of section

Returns

Section, type of section

Definition at line 213 of file FlowCalculationsEnergyUse.h.

getSpecificGravity() [1/3]

double FlowCalculationsEnergyUse::getSpecificGravity ( ) const

inline

Gets the specific gravity

Returns

double, specific gravity - unitless

Definition at line 156 of file FlowCalculationsEnergyUse.h.

getSpecificGravity() [2/3]

double FlowCalculationsEnergyUse::getSpecificGravity ( ) const

inline

Gets the specific gravity

Returns

double, specific gravity - unitless

Definition at line 156 of file FlowCalculationsEnergyUse.h.

getSpecificGravity() [3/3]

double FlowCalculationsEnergyUse::getSpecificGravity ( ) const

inline

Gets the specific gravity

Returns

double, specific gravity - unitless

Definition at line 156 of file FlowCalculationsEnergyUse.h.

getTotalFlow() [1/3]

double FlowCalculationsEnergyUse::getTotalFlow

(

)

Gets the total flow in scf

Returns

double, total flow in scf

Definition at line 64 of file FlowCalculationsEnergyUse.cpp.

getTotalFlow() [2/3]

double FlowCalculationsEnergyUse::getTotalFlow

(

)

Gets the total flow in scf

Returns

double, total flow in scf

getTotalFlow() [3/3]

double FlowCalculationsEnergyUse::getTotalFlow

(

)

Gets the total flow in scf

Returns

double, total flow in scf

setDischargeCoefficient() [1/3]

void FlowCalculationsEnergyUse::setDischargeCoefficient ( double  dischargeCoefficient )

inline

Sets the coefficient of discharge

Parameters

dischargeCoefficient

double coefficient of discharge - unitless

Definition at line 251 of file FlowCalculationsEnergyUse.h.

setDischargeCoefficient() [2/3]

void FlowCalculationsEnergyUse::setDischargeCoefficient ( double  dischargeCoefficient )

inline

Sets the coefficient of discharge

Parameters

dischargeCoefficient

double coefficient of discharge - unitless

Definition at line 251 of file FlowCalculationsEnergyUse.h.

setDischargeCoefficient() [3/3]

void FlowCalculationsEnergyUse::setDischargeCoefficient ( double  dischargeCoefficient )

inline

Sets the coefficient of discharge

Parameters

dischargeCoefficient

double coefficient of discharge - unitless

Definition at line 251 of file FlowCalculationsEnergyUse.h.

setGasHeatingValue() [1/3]

void FlowCalculationsEnergyUse::setGasHeatingValue ( double  gasHeatingValue )

inline

Sets the gas heating value

Parameters

gasHeatingValue

double, gas heating value in Btu/scf

Definition at line 270 of file FlowCalculationsEnergyUse.h.

setGasHeatingValue() [2/3]

void FlowCalculationsEnergyUse::setGasHeatingValue ( double  gasHeatingValue )

inline

Sets the gas heating value

Parameters

gasHeatingValue

double, gas heating value in Btu/scf

Definition at line 270 of file FlowCalculationsEnergyUse.h.

setGasHeatingValue() [3/3]

void FlowCalculationsEnergyUse::setGasHeatingValue ( double  gasHeatingValue )

inline

Sets the gas heating value

Parameters

gasHeatingValue

double, gas heating value in Btu/scf

Definition at line 270 of file FlowCalculationsEnergyUse.h.

setGasPressure() [1/3]

void FlowCalculationsEnergyUse::setGasPressure ( double  gasPressure )

inline

Sets the pressure of gas

Parameters

gasPressure

double, pressure of gas in Psig

Definition at line 308 of file FlowCalculationsEnergyUse.h.

setGasPressure() [2/3]

void FlowCalculationsEnergyUse::setGasPressure ( double  gasPressure )

inline

Sets the pressure of gas

Parameters

gasPressure

double, pressure of gas in Psig

Definition at line 308 of file FlowCalculationsEnergyUse.h.

setGasPressure() [3/3]

void FlowCalculationsEnergyUse::setGasPressure ( double  gasPressure )

inline

Sets the pressure of gas

Parameters

gasPressure

double, pressure of gas in Psig

Definition at line 308 of file FlowCalculationsEnergyUse.h.

setGasTemperature() [1/3]

void FlowCalculationsEnergyUse::setGasTemperature ( double  gasTemperature )

inline

Sets the temperature of gas

Parameters

gasTemperature

double, temperature of gas in °F

Definition at line 289 of file FlowCalculationsEnergyUse.h.

setGasTemperature() [2/3]

void FlowCalculationsEnergyUse::setGasTemperature ( double  gasTemperature )

inline

Sets the temperature of gas

Parameters

gasTemperature

double, temperature of gas in °F

Definition at line 289 of file FlowCalculationsEnergyUse.h.

setGasTemperature() [3/3]

void FlowCalculationsEnergyUse::setGasTemperature ( double  gasTemperature )

inline

Sets the temperature of gas

Parameters

gasTemperature

double, temperature of gas in °F

Definition at line 289 of file FlowCalculationsEnergyUse.h.

setGasType() [1/3]

void FlowCalculationsEnergyUse::setGasType ( Gas  gasType )

inline

Sets the type of gas

Parameters

gasType

Gas, type of gas

Definition at line 116 of file FlowCalculationsEnergyUse.h.

setGasType() [2/3]

void FlowCalculationsEnergyUse::setGasType ( Gas  gasType )

inline

Sets the type of gas

Parameters

gasType

Gas, type of gas

Definition at line 116 of file FlowCalculationsEnergyUse.h.

setGasType() [3/3]

void FlowCalculationsEnergyUse::setGasType ( Gas  gasType )

inline

Sets the type of gas

Parameters

gasType

Gas, type of gas

Definition at line 116 of file FlowCalculationsEnergyUse.h.

setInsidePipeDiameter() [1/3]

void FlowCalculationsEnergyUse::setInsidePipeDiameter ( double  insidePipeDiameter )

inline

Sets the diameter of inside of pipe

Parameters

insidePipeDiameter

double, diameter of inside of pipe

Definition at line 204 of file FlowCalculationsEnergyUse.h.

setInsidePipeDiameter() [2/3]

void FlowCalculationsEnergyUse::setInsidePipeDiameter ( double  insidePipeDiameter )

inline

Sets the diameter of inside of pipe

Parameters

insidePipeDiameter

double, diameter of inside of pipe

Definition at line 204 of file FlowCalculationsEnergyUse.h.

setInsidePipeDiameter() [3/3]

void FlowCalculationsEnergyUse::setInsidePipeDiameter ( double  insidePipeDiameter )

inline

Sets the diameter of inside of pipe

Parameters

insidePipeDiameter

double, diameter of inside of pipe

Definition at line 204 of file FlowCalculationsEnergyUse.h.

setOperatingTime() [1/3]

void FlowCalculationsEnergyUse::setOperatingTime ( double  operatingTime )

inline

Sets the operating time

Parameters

operatingTime

double, operating time in hrs

Definition at line 346 of file FlowCalculationsEnergyUse.h.

setOperatingTime() [2/3]

void FlowCalculationsEnergyUse::setOperatingTime ( double  operatingTime )

inline

Sets the operating time

Parameters

operatingTime

double, operating time in hrs

Definition at line 346 of file FlowCalculationsEnergyUse.h.

setOperatingTime() [3/3]

void FlowCalculationsEnergyUse::setOperatingTime ( double  operatingTime )

inline

Sets the operating time

Parameters

operatingTime

double, operating time in hrs

Definition at line 346 of file FlowCalculationsEnergyUse.h.

setOrificeDiameter() [1/3]

void FlowCalculationsEnergyUse::setOrificeDiameter ( double  orificeDiameter )

inline

Sets the diameter of orifice

Parameters

orificeDiameter

double, diameter of orifice

Definition at line 185 of file FlowCalculationsEnergyUse.h.

setOrificeDiameter() [2/3]

void FlowCalculationsEnergyUse::setOrificeDiameter ( double  orificeDiameter )

inline

Sets the diameter of orifice

Parameters

orificeDiameter

double, diameter of orifice

Definition at line 185 of file FlowCalculationsEnergyUse.h.

setOrificeDiameter() [3/3]

void FlowCalculationsEnergyUse::setOrificeDiameter ( double  orificeDiameter )

inline

Sets the diameter of orifice

Parameters

orificeDiameter

double, diameter of orifice

Definition at line 185 of file FlowCalculationsEnergyUse.h.

setOrificePressureDrop() [1/3]

void FlowCalculationsEnergyUse::setOrificePressureDrop ( double  orificePressureDrop )

inline

Sets the pressure drop at orifice

Parameters

orificePressureDrop

double, pressure drop at orifice in inch W.C.

Definition at line 327 of file FlowCalculationsEnergyUse.h.

setOrificePressureDrop() [2/3]

void FlowCalculationsEnergyUse::setOrificePressureDrop ( double  orificePressureDrop )

inline

Sets the pressure drop at orifice

Parameters

orificePressureDrop

double, pressure drop at orifice in inch W.C.

Definition at line 327 of file FlowCalculationsEnergyUse.h.

setOrificePressureDrop() [3/3]

void FlowCalculationsEnergyUse::setOrificePressureDrop ( double  orificePressureDrop )

inline

Sets the pressure drop at orifice

Parameters

orificePressureDrop

double, pressure drop at orifice in inch W.C.

Definition at line 327 of file FlowCalculationsEnergyUse.h.

setSectionType() [1/3]

void FlowCalculationsEnergyUse::setSectionType ( Section  sectionType )

inline

Sets the type of section

Parameters

sectionType

Section, type of section

Definition at line 223 of file FlowCalculationsEnergyUse.h.

setSectionType() [2/3]

void FlowCalculationsEnergyUse::setSectionType ( Section  sectionType )

inline

Sets the type of section

Parameters

sectionType

Section, type of section

Definition at line 223 of file FlowCalculationsEnergyUse.h.

setSectionType() [3/3]

void FlowCalculationsEnergyUse::setSectionType ( Section  sectionType )

inline

Sets the type of section

Parameters

sectionType

Section, type of section

Definition at line 223 of file FlowCalculationsEnergyUse.h.

setSpecificGravity() [1/3]

void FlowCalculationsEnergyUse::setSpecificGravity ( double  specificGravity )

inline

Sets the specific gravity using a value

Parameters

specificGravity

double, specific gravity - unitless

Definition at line 166 of file FlowCalculationsEnergyUse.h.

setSpecificGravity() [2/3]

void FlowCalculationsEnergyUse::setSpecificGravity ( double  specificGravity )

inline

Sets the specific gravity using a value

Parameters

specificGravity

double, specific gravity - unitless

Definition at line 166 of file FlowCalculationsEnergyUse.h.

setSpecificGravity() [3/3]

void FlowCalculationsEnergyUse::setSpecificGravity ( double  specificGravity )

inline

Sets the specific gravity using a value

Parameters

specificGravity

double, specific gravity - unitless

Definition at line 166 of file FlowCalculationsEnergyUse.h.

---

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

• _CPack_Packages/Darwin/STGZ/amo_tools_suite--Darwin-x86_64/amo_tools_suite/include/calculator/furnace/FlowCalculationsEnergyUse.h
• src/calculator/furnace/FlowCalculationsEnergyUse.cpp