#include <OpeningLosses.h>

Public Types
enum	OpeningShape { CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR }

enum	OpeningShape { CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR }

enum	OpeningShape { CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR, CIRCULAR, RECTANGULAR }

Public Member Functions
double	calculateViewFactor (double thickness, double diameter)

double	calculateViewFactor (double thickness, double length, double height)

	OpeningLosses (double emissivity, double length, double width, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

	OpeningLosses (double emissivity, double diameter, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

double	getEmissivity () const

void	setEmissivity (double emissivity)

double	getDiameter () const

void	setDiameter (double diameter)

double	getWidth () const

void	setWidth (double width)

double	getThickness () const

void	setThickness (double thickness)

double	getRatio () const

void	setRatio (double ratio)

double	getAmbientTemperature () const

void	setAmbientTemperature (double ambientTemperature)

double	getInsideTemperature () const

void	setInsideTemperature (double insideTemperature)

double	getPercentTimeOpen () const

void	setPercentTimeOpen (double percentTimeOpen)

double	getViewFactor () const

void	setViewFactor (double viewFactor)

OpeningShape	getOpeningShape () const

void	setOpeningShape (OpeningShape const openingShape, const double length, const double width)

void	setOpeningShape (OpeningShape const openingShape, const double diameter)

double	getHeatLoss ()

double	calculateViewFactor (double thickness, double diameter)

double	calculateViewFactor (double thickness, double length, double height)

	OpeningLosses (double emissivity, double length, double width, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

	OpeningLosses (double emissivity, double diameter, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

double	getEmissivity () const

void	setEmissivity (double emissivity)

double	getDiameter () const

void	setDiameter (double diameter)

double	getWidth () const

void	setWidth (double width)

double	getThickness () const

void	setThickness (double thickness)

double	getRatio () const

void	setRatio (double ratio)

double	getAmbientTemperature () const

void	setAmbientTemperature (double ambientTemperature)

double	getInsideTemperature () const

void	setInsideTemperature (double insideTemperature)

double	getPercentTimeOpen () const

void	setPercentTimeOpen (double percentTimeOpen)

double	getViewFactor () const

void	setViewFactor (double viewFactor)

OpeningShape	getOpeningShape () const

void	setOpeningShape (OpeningShape const openingShape, const double length, const double width)

void	setOpeningShape (OpeningShape const openingShape, const double diameter)

double	getHeatLoss ()

double	calculateViewFactor (double thickness, double diameter)

double	calculateViewFactor (double thickness, double length, double height)

	OpeningLosses (double emissivity, double length, double width, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

	OpeningLosses (double emissivity, double diameter, double thickness, double ratio, double ambientTemperature, double insideTemperature, double percentTimeOpen, double viewFactor)

double	getEmissivity () const

void	setEmissivity (double emissivity)

double	getDiameter () const

void	setDiameter (double diameter)

double	getWidth () const

void	setWidth (double width)

double	getThickness () const

void	setThickness (double thickness)

double	getRatio () const

void	setRatio (double ratio)

double	getAmbientTemperature () const

void	setAmbientTemperature (double ambientTemperature)

double	getInsideTemperature () const

void	setInsideTemperature (double insideTemperature)

double	getPercentTimeOpen () const

void	setPercentTimeOpen (double percentTimeOpen)

double	getViewFactor () const

void	setViewFactor (double viewFactor)

OpeningShape	getOpeningShape () const

void	setOpeningShape (OpeningShape const openingShape, const double length, const double width)

void	setOpeningShape (OpeningShape const openingShape, const double diameter)

double	getHeatLoss ()

Detailed Description

Opening Losses class Contains all the properties of an opening loss. Used to calculate the heat loss caused by heat transfer from the openings on equipment to the surrounding. Only considers thermal radiation losses due to exposure of furnace to the surroundings.

Definition at line 23 of file OpeningLosses.h.

Member Enumeration Documentation

◆ OpeningShape [1/3]

enum OpeningLosses::OpeningShape

strong

OpeningShape - Enum class consisting of CIRCULAR and RECTANGULAR entries. Set automatically by the constructor depending on which constructor is chosen, the one with length + width or the one with diameter. The shape of the opening can later be changed via the setOpeningShape methods.

Definition at line 31 of file OpeningLosses.h.

◆ OpeningShape [2/3]

enum OpeningLosses::OpeningShape

strong

OpeningShape - Enum class consisting of CIRCULAR and RECTANGULAR entries. Set automatically by the constructor depending on which constructor is chosen, the one with length + width or the one with diameter. The shape of the opening can later be changed via the setOpeningShape methods.

Definition at line 31 of file OpeningLosses.h.

◆ OpeningShape [3/3]

enum OpeningLosses::OpeningShape

strong

OpeningShape - Enum class consisting of CIRCULAR and RECTANGULAR entries. Set automatically by the constructor depending on which constructor is chosen, the one with length + width or the one with diameter. The shape of the opening can later be changed via the setOpeningShape methods.

Definition at line 31 of file OpeningLosses.h.

Constructor & Destructor Documentation

◆ OpeningLosses() [1/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	length,
		double	width,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a rectangular opening

Parameters

emissivity	double, emissivity - unitless
length	double, length of openings in inches
width	double, height of openings in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as a %
viewFactor	double, view factor - unitless

Definition at line 65 of file OpeningLosses.h.

◆ OpeningLosses() [2/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	diameter,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a circular opening

Parameters

emissivity	double, emissivity - unitless
diameter	double, diameter of opening in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as %
viewFactor	double, view factor - unitless

Definition at line 96 of file OpeningLosses.h.

◆ OpeningLosses() [3/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	length,
		double	width,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a rectangular opening

Parameters

emissivity	double, emissivity - unitless
length	double, length of openings in inches
width	double, height of openings in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as a %
viewFactor	double, view factor - unitless

Definition at line 65 of file OpeningLosses.h.

◆ OpeningLosses() [4/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	diameter,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a circular opening

Parameters

emissivity	double, emissivity - unitless
diameter	double, diameter of opening in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as %
viewFactor	double, view factor - unitless

Definition at line 96 of file OpeningLosses.h.

◆ OpeningLosses() [5/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	length,
		double	width,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a rectangular opening

Parameters

emissivity	double, emissivity - unitless
length	double, length of openings in inches
width	double, height of openings in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as a %
viewFactor	double, view factor - unitless

Definition at line 65 of file OpeningLosses.h.

◆ OpeningLosses() [6/6]

OpeningLosses::OpeningLosses	(	double	emissivity,
		double	diameter,
		double	thickness,
		double	ratio,
		double	ambientTemperature,
		double	insideTemperature,
		double	percentTimeOpen,
		double	viewFactor
	)

inline

Constructor for a circular opening

Parameters

emissivity	double, emissivity - unitless
diameter	double, diameter of opening in inches
thickness	double, furnace wall thickness in inches
ratio	double, ratio
ambientTemperature	double, ambient temperature in °F
insideTemperature	double, inside temperature in °F
percentTimeOpen	double, amount of time open as %
viewFactor	double, view factor - unitless

Definition at line 96 of file OpeningLosses.h.

Member Function Documentation

◆ calculateViewFactor() [1/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	diameter
	)

Method to calculate viewFactor for circular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,diameter	of opening in inches

Returns: double, viewFactor - unitless

Definition at line 33 of file OpeningLosses.cpp.

◆ calculateViewFactor() [2/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	diameter
	)

Method to calculate viewFactor for circular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,diameter	of opening in inches

Returns: double, viewFactor - unitless

◆ calculateViewFactor() [3/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	diameter
	)

Method to calculate viewFactor for circular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,diameter	of opening in inches

Returns: double, viewFactor - unitless

◆ calculateViewFactor() [4/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	length,
		double	height
	)

Method to calculate viewFactor for rectangular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,length	- length of opening in inches
double,height	- height of opening in inches

Returns: double, viewFactor - unitless

Definition at line 43 of file OpeningLosses.cpp.

◆ calculateViewFactor() [5/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	length,
		double	height
	)

Method to calculate viewFactor for rectangular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,length	- length of opening in inches
double,height	- height of opening in inches

Returns: double, viewFactor - unitless

◆ calculateViewFactor() [6/6]

double OpeningLosses::calculateViewFactor	(	double	thickness,
		double	length,
		double	height
	)

Method to calculate viewFactor for rectangular openings only

Parameters

double,thickness	- furnace wall thickness in inches
double,length	- length of opening in inches
double,height	- height of opening in inches

Returns: double, viewFactor - unitless

◆ getAmbientTemperature() [1/3]

double OpeningLosses::getAmbientTemperature ( ) const

inline

Gets the ambient temperature

Returns: double, ambient temperature in °F

Definition at line 204 of file OpeningLosses.h.

◆ getAmbientTemperature() [2/3]

double OpeningLosses::getAmbientTemperature ( ) const

inline

Gets the ambient temperature

Returns: double, ambient temperature in °F

Definition at line 204 of file OpeningLosses.h.

◆ getAmbientTemperature() [3/3]

double OpeningLosses::getAmbientTemperature ( ) const

inline

Gets the ambient temperature

Returns: double, ambient temperature in °F

Definition at line 204 of file OpeningLosses.h.

◆ getDiameter() [1/3]

double OpeningLosses::getDiameter ( ) const

inline

Gets the diameter of opening

Returns: double, diameter of opening in inches

Definition at line 138 of file OpeningLosses.h.

◆ getDiameter() [2/3]

double OpeningLosses::getDiameter ( ) const

inline

Gets the diameter of opening

Returns: double, diameter of opening in inches

Definition at line 138 of file OpeningLosses.h.

◆ getDiameter() [3/3]

double OpeningLosses::getDiameter ( ) const

inline

Gets the diameter of opening

Returns: double, diameter of opening in inches

Definition at line 138 of file OpeningLosses.h.

◆ getEmissivity() [1/3]

double OpeningLosses::getEmissivity ( ) const

inline

Gets the emissivity

Returns: double, emissivity - unitless

Definition at line 120 of file OpeningLosses.h.

◆ getEmissivity() [2/3]

double OpeningLosses::getEmissivity ( ) const

inline

Gets the emissivity

Returns: double, emissivity - unitless

Definition at line 120 of file OpeningLosses.h.

◆ getEmissivity() [3/3]

double OpeningLosses::getEmissivity ( ) const

inline

Gets the emissivity

Returns: double, emissivity - unitless

Definition at line 120 of file OpeningLosses.h.

◆ getHeatLoss() [1/3]

double OpeningLosses::getHeatLoss ( )

Gets the heat loss

Returns: double, heat loss in btu/cycle

◆ getHeatLoss() [2/3]

double OpeningLosses::getHeatLoss ( )

Gets the heat loss

Returns: double, heat loss in btu/cycle

◆ getHeatLoss() [3/3]

double OpeningLosses::getHeatLoss ( )

Gets the heat loss

Returns: double, heat loss in btu/cycle

Definition at line 14 of file OpeningLosses.cpp.

◆ getInsideTemperature() [1/3]

double OpeningLosses::getInsideTemperature ( ) const

inline

Gets the inside temperature

Returns: double, inside temperature in °F

Definition at line 220 of file OpeningLosses.h.

◆ getInsideTemperature() [2/3]

double OpeningLosses::getInsideTemperature ( ) const

inline

Gets the inside temperature

Returns: double, inside temperature in °F

Definition at line 220 of file OpeningLosses.h.

◆ getInsideTemperature() [3/3]

double OpeningLosses::getInsideTemperature ( ) const

inline

Gets the inside temperature

Returns: double, inside temperature in °F

Definition at line 220 of file OpeningLosses.h.

◆ getOpeningShape() [1/3]

OpeningShape OpeningLosses::getOpeningShape ( ) const

inline

Gets the opening shape

Returns: OpeningShape, classification of shape of opening

Definition at line 268 of file OpeningLosses.h.

◆ getOpeningShape() [2/3]

OpeningShape OpeningLosses::getOpeningShape ( ) const

inline

Gets the opening shape

Returns: OpeningShape, classification of shape of opening

Definition at line 268 of file OpeningLosses.h.

◆ getOpeningShape() [3/3]

OpeningShape OpeningLosses::getOpeningShape ( ) const

inline

Gets the opening shape

Returns: OpeningShape, classification of shape of opening

Definition at line 268 of file OpeningLosses.h.

◆ getPercentTimeOpen() [1/3]

double OpeningLosses::getPercentTimeOpen ( ) const

inline

Gets the percentage of time open

Returns: double, amount of time open as %

Definition at line 236 of file OpeningLosses.h.

◆ getPercentTimeOpen() [2/3]

double OpeningLosses::getPercentTimeOpen ( ) const

inline

Gets the percentage of time open

Returns: double, amount of time open as %

Definition at line 236 of file OpeningLosses.h.

◆ getPercentTimeOpen() [3/3]

double OpeningLosses::getPercentTimeOpen ( ) const

inline

Gets the percentage of time open

Returns: double, amount of time open as %

Definition at line 236 of file OpeningLosses.h.

◆ getRatio() [1/3]

double OpeningLosses::getRatio ( ) const

inline

Gets the ratio

Returns: double, ratio - unitless

Definition at line 187 of file OpeningLosses.h.

◆ getRatio() [2/3]

double OpeningLosses::getRatio ( ) const

inline

Gets the ratio

Returns: double, ratio - unitless

Definition at line 187 of file OpeningLosses.h.

◆ getRatio() [3/3]

double OpeningLosses::getRatio ( ) const

inline

Gets the ratio

Returns: double, ratio - unitless

Definition at line 187 of file OpeningLosses.h.

◆ getThickness() [1/3]

double OpeningLosses::getThickness ( ) const

inline

Gets the furnace wall thickness

Returns: double, furnace wall thickness in inches

Definition at line 171 of file OpeningLosses.h.

◆ getThickness() [2/3]

double OpeningLosses::getThickness ( ) const

inline

Gets the furnace wall thickness

Returns: double, furnace wall thickness in inches

Definition at line 171 of file OpeningLosses.h.

◆ getThickness() [3/3]

double OpeningLosses::getThickness ( ) const

inline

Gets the furnace wall thickness

Returns: double, furnace wall thickness in inches

Definition at line 171 of file OpeningLosses.h.

◆ getViewFactor() [1/3]

double OpeningLosses::getViewFactor ( ) const

inline

Gets the view factor

Returns: double, view factor - unitless

Definition at line 252 of file OpeningLosses.h.

◆ getViewFactor() [2/3]

double OpeningLosses::getViewFactor ( ) const

inline

Gets the view factor

Returns: double, view factor - unitless

Definition at line 252 of file OpeningLosses.h.

◆ getViewFactor() [3/3]

double OpeningLosses::getViewFactor ( ) const

inline

Gets the view factor

Returns: double, view factor - unitless

Definition at line 252 of file OpeningLosses.h.

◆ getWidth() [1/3]

double OpeningLosses::getWidth ( ) const

inline

Gets the width of the opening

Returns: double, width of opening in inches

Definition at line 155 of file OpeningLosses.h.

◆ getWidth() [2/3]

double OpeningLosses::getWidth ( ) const

inline

Gets the width of the opening

Returns: double, width of opening in inches

Definition at line 155 of file OpeningLosses.h.

◆ getWidth() [3/3]

double OpeningLosses::getWidth ( ) const

inline

Gets the width of the opening

Returns: double, width of opening in inches

Definition at line 155 of file OpeningLosses.h.

◆ setAmbientTemperature() [1/3]

void OpeningLosses::setAmbientTemperature ( double ambientTemperature )

inline

Sets the ambient temperature

Parameters

ambientTemperature double, ambient temperature in °F

Definition at line 212 of file OpeningLosses.h.

◆ setAmbientTemperature() [2/3]

void OpeningLosses::setAmbientTemperature ( double ambientTemperature )

inline

Sets the ambient temperature

Parameters

ambientTemperature double, ambient temperature in °F

Definition at line 212 of file OpeningLosses.h.

◆ setAmbientTemperature() [3/3]

void OpeningLosses::setAmbientTemperature ( double ambientTemperature )

inline

Sets the ambient temperature

Parameters

ambientTemperature double, ambient temperature in °F

Definition at line 212 of file OpeningLosses.h.

◆ setDiameter() [1/3]

void OpeningLosses::setDiameter ( double diameter )

inline

Sets the diameter of the circular opening

Parameters

diameter double, diameter of opening in inches

Definition at line 147 of file OpeningLosses.h.

◆ setDiameter() [2/3]

void OpeningLosses::setDiameter ( double diameter )

inline

Sets the diameter of the circular opening

Parameters

diameter double, diameter of opening in inches

Definition at line 147 of file OpeningLosses.h.

◆ setDiameter() [3/3]

void OpeningLosses::setDiameter ( double diameter )

inline

Sets the diameter of the circular opening

Parameters

diameter double, diameter of opening in inches

Definition at line 147 of file OpeningLosses.h.

◆ setEmissivity() [1/3]

void OpeningLosses::setEmissivity ( double emissivity )

inline

Sets the emissivity

Parameters

emissivity double, emissivity - unitless

Definition at line 129 of file OpeningLosses.h.

◆ setEmissivity() [2/3]

void OpeningLosses::setEmissivity ( double emissivity )

inline

Sets the emissivity

Parameters

emissivity double, emissivity - unitless

Definition at line 129 of file OpeningLosses.h.

◆ setEmissivity() [3/3]

void OpeningLosses::setEmissivity ( double emissivity )

inline

Sets the emissivity

Parameters

emissivity double, emissivity - unitless

Definition at line 129 of file OpeningLosses.h.

◆ setInsideTemperature() [1/3]

void OpeningLosses::setInsideTemperature ( double insideTemperature )

inline

Sets the inside temperature

Parameters

insideTemperature double, inside temperature in °F

Definition at line 228 of file OpeningLosses.h.

◆ setInsideTemperature() [2/3]

void OpeningLosses::setInsideTemperature ( double insideTemperature )

inline

Sets the inside temperature

Parameters

insideTemperature double, inside temperature in °F

Definition at line 228 of file OpeningLosses.h.

◆ setInsideTemperature() [3/3]

void OpeningLosses::setInsideTemperature ( double insideTemperature )

inline

Sets the inside temperature

Parameters

insideTemperature double, inside temperature in °F

Definition at line 228 of file OpeningLosses.h.

◆ setOpeningShape() [1/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	length,
		const double	width
	)

inline

Sets the opening shape - you better be calling this to set shape to RECTANGULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,length	- length of opening in inches
double,width	- width / height of rectangular opening in inches

Definition at line 278 of file OpeningLosses.h.

◆ setOpeningShape() [2/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	length,
		const double	width
	)

inline

Sets the opening shape - you better be calling this to set shape to RECTANGULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,length	- length of opening in inches
double,width	- width / height of rectangular opening in inches

Definition at line 278 of file OpeningLosses.h.

◆ setOpeningShape() [3/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	length,
		const double	width
	)

inline

Sets the opening shape - you better be calling this to set shape to RECTANGULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,length	- length of opening in inches
double,width	- width / height of rectangular opening in inches

Definition at line 278 of file OpeningLosses.h.

◆ setOpeningShape() [4/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	diameter
	)

inline

Sets the opening shape - you better be calling this to set shape to CIRCULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,diameter	- diameter of circular opening in inches

Definition at line 293 of file OpeningLosses.h.

◆ setOpeningShape() [5/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	diameter
	)

inline

Sets the opening shape - you better be calling this to set shape to CIRCULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,diameter	- diameter of circular opening in inches

Definition at line 293 of file OpeningLosses.h.

◆ setOpeningShape() [6/6]

void OpeningLosses::setOpeningShape	(	OpeningShape const	openingShape,
		const double	diameter
	)

inline

Sets the opening shape - you better be calling this to set shape to CIRCULAR

Parameters

openingShape	OpeningShape, classification of shape of opening
double,diameter	- diameter of circular opening in inches

Definition at line 293 of file OpeningLosses.h.

◆ setPercentTimeOpen() [1/3]

void OpeningLosses::setPercentTimeOpen ( double percentTimeOpen )

inline

Sets the percentage of time open

Parameters

percentTimeOpen double, amount of time open as a %

Definition at line 244 of file OpeningLosses.h.

◆ setPercentTimeOpen() [2/3]

void OpeningLosses::setPercentTimeOpen ( double percentTimeOpen )

inline

Sets the percentage of time open

Parameters

percentTimeOpen double, amount of time open as a %

Definition at line 244 of file OpeningLosses.h.

◆ setPercentTimeOpen() [3/3]

void OpeningLosses::setPercentTimeOpen ( double percentTimeOpen )

inline

Sets the percentage of time open

Parameters

percentTimeOpen double, amount of time open as a %

Definition at line 244 of file OpeningLosses.h.

◆ setRatio() [1/3]

void OpeningLosses::setRatio ( double ratio )

inline

Sets the ratio

Parameters

ratio double, ratio - unitless

Definition at line 196 of file OpeningLosses.h.

◆ setRatio() [2/3]

void OpeningLosses::setRatio ( double ratio )

inline

Sets the ratio

Parameters

ratio double, ratio - unitless

Definition at line 196 of file OpeningLosses.h.

◆ setRatio() [3/3]

void OpeningLosses::setRatio ( double ratio )

inline

Sets the ratio

Parameters

ratio double, ratio - unitless

Definition at line 196 of file OpeningLosses.h.

◆ setThickness() [1/3]

void OpeningLosses::setThickness ( double thickness )

inline

Sets the furnace wall thickness

Parameters

thickness double, furnace wall thickness in inches

Definition at line 179 of file OpeningLosses.h.

◆ setThickness() [2/3]

void OpeningLosses::setThickness ( double thickness )

inline

Sets the furnace wall thickness

Parameters

thickness double, furnace wall thickness in inches

Definition at line 179 of file OpeningLosses.h.

◆ setThickness() [3/3]

void OpeningLosses::setThickness ( double thickness )

inline

Sets the furnace wall thickness

Parameters

thickness double, furnace wall thickness in inches

Definition at line 179 of file OpeningLosses.h.

◆ setViewFactor() [1/3]

void OpeningLosses::setViewFactor ( double viewFactor )

inline

Sets the view factor manually, can also be calculated via one of the calculateViewFactor methods

Parameters

viewFactor double, view factor - unitless

Definition at line 260 of file OpeningLosses.h.

◆ setViewFactor() [2/3]

void OpeningLosses::setViewFactor ( double viewFactor )

inline

Sets the view factor manually, can also be calculated via one of the calculateViewFactor methods

Parameters

viewFactor double, view factor - unitless

Definition at line 260 of file OpeningLosses.h.

◆ setViewFactor() [3/3]

void OpeningLosses::setViewFactor ( double viewFactor )

inline

Sets the view factor manually, can also be calculated via one of the calculateViewFactor methods

Parameters

viewFactor double, view factor - unitless

Definition at line 260 of file OpeningLosses.h.

◆ setWidth() [1/3]

void OpeningLosses::setWidth ( double width )

inline

Sets the width of opening

Parameters

width double, width of opening in inches

Definition at line 163 of file OpeningLosses.h.

◆ setWidth() [2/3]

void OpeningLosses::setWidth ( double width )

inline

Sets the width of opening

Parameters

width double, width of opening in inches

Definition at line 163 of file OpeningLosses.h.

◆ setWidth() [3/3]

void OpeningLosses::setWidth ( double width )

inline

Sets the width of opening

Parameters

width double, width of opening in inches

Definition at line 163 of file OpeningLosses.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/losses/OpeningLosses.h
src/calculator/losses/OpeningLosses.cpp

Public Types

Public Member Functions

Detailed Description

Member Enumeration Documentation

◆ OpeningShape [1/3]

◆ OpeningShape [2/3]

◆ OpeningShape [3/3]

Constructor & Destructor Documentation

◆ OpeningLosses() [1/6]

◆ OpeningLosses() [2/6]

◆ OpeningLosses() [3/6]

◆ OpeningLosses() [4/6]

◆ OpeningLosses() [5/6]

◆ OpeningLosses() [6/6]

Member Function Documentation

◆ calculateViewFactor() [1/6]

◆ calculateViewFactor() [2/6]

◆ calculateViewFactor() [3/6]

◆ calculateViewFactor() [4/6]

◆ calculateViewFactor() [5/6]

◆ calculateViewFactor() [6/6]

◆ getAmbientTemperature() [1/3]

◆ getAmbientTemperature() [2/3]

◆ getAmbientTemperature() [3/3]

◆ getDiameter() [1/3]

◆ getDiameter() [2/3]

◆ getDiameter() [3/3]

◆ getEmissivity() [1/3]

◆ getEmissivity() [2/3]

◆ getEmissivity() [3/3]

◆ getHeatLoss() [1/3]

◆ getHeatLoss() [2/3]

◆ getHeatLoss() [3/3]

◆ getInsideTemperature() [1/3]

◆ getInsideTemperature() [2/3]

◆ getInsideTemperature() [3/3]

◆ getOpeningShape() [1/3]

◆ getOpeningShape() [2/3]

◆ getOpeningShape() [3/3]

◆ getPercentTimeOpen() [1/3]

◆ getPercentTimeOpen() [2/3]

◆ getPercentTimeOpen() [3/3]

◆ getRatio() [1/3]

◆ getRatio() [2/3]

◆ getRatio() [3/3]

◆ getThickness() [1/3]

◆ getThickness() [2/3]

◆ getThickness() [3/3]

◆ getViewFactor() [1/3]

◆ getViewFactor() [2/3]

◆ getViewFactor() [3/3]

◆ getWidth() [1/3]

◆ getWidth() [2/3]

◆ getWidth() [3/3]

◆ setAmbientTemperature() [1/3]

◆ setAmbientTemperature() [2/3]

◆ setAmbientTemperature() [3/3]

◆ setDiameter() [1/3]

◆ setDiameter() [2/3]

◆ setDiameter() [3/3]

◆ setEmissivity() [1/3]

◆ setEmissivity() [2/3]

◆ setEmissivity() [3/3]

◆ setInsideTemperature() [1/3]

◆ setInsideTemperature() [2/3]

◆ setInsideTemperature() [3/3]

◆ setOpeningShape() [1/6]

◆ setOpeningShape() [2/6]

◆ setOpeningShape() [3/6]

◆ setOpeningShape() [4/6]

◆ setOpeningShape() [5/6]

◆ setOpeningShape() [6/6]

◆ setPercentTimeOpen() [1/3]

◆ setPercentTimeOpen() [2/3]

◆ setPercentTimeOpen() [3/3]

◆ setRatio() [1/3]

◆ setRatio() [2/3]

◆ setRatio() [3/3]

◆ setThickness() [1/3]

◆ setThickness() [2/3]