#include <solid_load_charge_material.h>

Public Member Functions
	SolidLoadChargeMaterial (const LoadChargeMaterial::ThermicReactionType thermicReactionType, const double specificHeatSolid, const double latentHeat, const double specificHeatLiquid, const double meltingPoint, const double chargeFeedRate, const double waterContentCharged, const double waterContentDischarged, const double initialTemperature, const double dischargeTemperature, const double waterVaporDischargeTemperature, const double chargeMelted, const double chargeReacted, const double reactionHeat, const double additionalHeat)

LoadChargeMaterial::ThermicReactionType	getThermicReactionType () const

void	setThermicReactionType (LoadChargeMaterial::ThermicReactionType thermicReactionType)

double	getSpecificHeatSolid () const

void	setSpecificHeatSolid (const double specificHeatSolid)

double	getLatentHeat () const

void	setLatentHeat (const double latentHeat)

double	getSpecificHeatLiquid () const

void	setSpecificHeatLiquid (const double specificHeatLiquid)

double	getMeltingPoint () const

int	getID () const

void	setID (const int id)

void	setMeltingPoint (const double meltingPoint)

double	getChargeFeedRate () const

void	setChargeFeedRate (const double chargeFeedRate)

double	getWaterContentCharged () const

void	setWaterContentCharged (const double waterContentCharged)

double	getWaterContentDischarged () const

void	setWaterContentDischarged (const double waterContentDischarged)

double	getInitialTemperature () const

void	setInitialTemperature (const double initialTemperature)

double	getDischargeTemperature () const

void	setDischargeTemperature (const double dischargeTemperature)

double	getWaterVaporDischargeTemperature () const

void	setWaterVaporDischargeTemperature (const double waterVaporDischargeTemperature)

double	getChargeMelted () const

void	setChargeMelted (const double chargeMelted)

double	getChargedReacted () const

void	setChargedReacted (const double chargedReacted)

double	getReactionHeat () const

void	setReactionHeat (const double reactionHeat)

double	getAdditionalHeat () const

void	setAdditionalHeat (const double additionalHeat)

std::string	getSubstance () const

void	setSubstance (std::string const &substance)

bool	operator== (const SolidLoadChargeMaterial &rhs) const

double	getTotalHeat ()

Private Member Functions
	SolidLoadChargeMaterial (std::string substance, double specificHeatSolid, double latentHeat, double specificHeatLiquid, double meltingPoint)

Private Attributes
std::string	substance = "Unknown"

LoadChargeMaterial::ThermicReactionType	thermicReactionType = LoadChargeMaterial::ThermicReactionType::NONE

double	specificHeatSolid = 0.0

double	latentHeat = 0.0

double	specificHeatLiquid = 0.0

double	meltingPoint = 0.0

double	chargeFeedRate = 0.0

double	waterContentCharged = 0.0

double	waterContentDischarged = 0.0

double	initialTemperature = 0.0

double	dischargeTemperature = 0.0

double	waterVaporDischargeTemperature = 0.0

double	chargeMelted = 0.0

double	chargeReacted = 0.0

double	reactionHeat = 0.0

double	additionalHeat = 0.0

int	id = 0

double	totalHeat = 0.0

Friends
class	DefaultData

Detailed Description

Solid Load Charge Material class Contains all of the properties of a solid load charge material Used to calculateThermalResistance the heat required for a solid load charge material to tbe heated from the inlet temperature to the outlet temperature

Definition at line 26 of file solid_load_charge_material.h.

Constructor & Destructor Documentation

◆ SolidLoadChargeMaterial() [1/2]

SolidLoadChargeMaterial::SolidLoadChargeMaterial	(	const LoadChargeMaterial::ThermicReactionType	thermicReactionType,
		const double	specificHeatSolid,
		const double	latentHeat,
		const double	specificHeatLiquid,
		const double	meltingPoint,
		const double	chargeFeedRate,
		const double	waterContentCharged,
		const double	waterContentDischarged,
		const double	initialTemperature,
		const double	dischargeTemperature,
		const double	waterVaporDischargeTemperature,
		const double	chargeMelted,
		const double	chargeReacted,
		const double	reactionHeat,
		const double	additionalHeat
	)

inline

Constructor for the solid load/charge material with all inputs specified.

Parameters

thermicReactionType	LoadChargeMaterial::ThermicReactionType, Enumerated value for either endothermic or exothermic reactions
specificHeatSolid	double, Average specific heat of the solid material (dry) in Btu/(lb*°F)
latentHeat	double, Latent heat of fusion in Btu/(lb)
specificHeatLiquid	double, Specific heat of liquid from molten material in Btu/(lb*°F)
meltingPoint	double, The melting point of the material in °F
chargeFeedRate	double, Charge (wet)-feed rate in lb/hr
waterContentCharged	double, Water content as charged (%)
waterContentDischarged	double, Water content as discharged (%)
initialTemperature	double, Initial temperature in °F
dischargeTemperature	double, Charge material discharge temperature in °F
waterVaporDischargeTemperature	double, Water vapor discharge temperature in °F
chargeMelted	double, Charge melted (% of dry charge)
chargeReacted	double, Charge Reacted (% of dry charge) in %
reactionHeat	double, Heat of reaction in Btu/lb
additionalHeat	double, Additional heat required in Btu/h

Definition at line 47 of file solid_load_charge_material.h.

◆ SolidLoadChargeMaterial() [2/2]

SolidLoadChargeMaterial::SolidLoadChargeMaterial	(	std::string	substance,
		double	specificHeatSolid,
		double	latentHeat,
		double	specificHeatLiquid,
		double	meltingPoint
	)

inlineprivate

Constructor for the solid load/charge material with subset of inputs specified.

Parameters

substance	string, Name of substance
specificHeatSolid	double, Average specific heat of the solid material (dry) in Btu/(lb*°F)
latentHeat	double, Latent heat of fusion in Btu/(lb)
specificHeatLiquid	double, Specific heat of liquid from molten material in Btu/(lb*°F)
meltingPoint	double, The melting point of the material in °F

Definition at line 367 of file solid_load_charge_material.h.

Member Function Documentation

◆ getAdditionalHeat()

double SolidLoadChargeMaterial::getAdditionalHeat ( ) const

inline

Gets the additional heat required

Returns: double, additional heat required in btu/hr

Definition at line 257 of file solid_load_charge_material.h.

◆ getChargedReacted()

double SolidLoadChargeMaterial::getChargedReacted ( ) const

inline

Gets the charge reacted

Returns: double, charge reacted (% of dry charge)

Definition at line 233 of file solid_load_charge_material.h.

◆ getChargeFeedRate()

double SolidLoadChargeMaterial::getChargeFeedRate ( ) const

inline

Gets the charge (wet)-feed rate

Returns: double, charge (wet)-feed rate in lb/hr

Definition at line 141 of file solid_load_charge_material.h.

◆ getChargeMelted()

double SolidLoadChargeMaterial::getChargeMelted ( ) const

inline

Gets the charge melted (% of dry charge)

Returns: double, charge melted (% of dry charge)

Definition at line 221 of file solid_load_charge_material.h.

◆ getDischargeTemperature()

double SolidLoadChargeMaterial::getDischargeTemperature ( ) const

inline

Gets the charge material discharge temperature

Returns: double, charge material discharge temperature in °F

Definition at line 193 of file solid_load_charge_material.h.

◆ getID()

int SolidLoadChargeMaterial::getID ( ) const

inline

Gets the ID of material

Returns: int, ID number of material

Definition at line 123 of file solid_load_charge_material.h.

◆ getInitialTemperature()

double SolidLoadChargeMaterial::getInitialTemperature ( ) const

inline

Gets the initial temperature

Returns: double, initial temperature in °F

Definition at line 181 of file solid_load_charge_material.h.

◆ getLatentHeat()

double SolidLoadChargeMaterial::getLatentHeat ( ) const

inline

Gets the latent heat of fusion

Returns: double, latent heat of fusion in btu/lb

Definition at line 93 of file solid_load_charge_material.h.

◆ getMeltingPoint()

double SolidLoadChargeMaterial::getMeltingPoint ( ) const

inline

Gets the melthing point of the material

Returns: double, melting point of material in °F

Definition at line 117 of file solid_load_charge_material.h.

◆ getReactionHeat()

double SolidLoadChargeMaterial::getReactionHeat ( ) const

inline

Gets the reaction heat

Returns: double, reaction heat in btu/lb

Definition at line 245 of file solid_load_charge_material.h.

◆ getSpecificHeatLiquid()

double SolidLoadChargeMaterial::getSpecificHeatLiquid ( ) const

inline

Gets the specific heat of liquid from molten material

Returns: double, specific heat of liquid from molten material in btu/(lb*°F)

Definition at line 105 of file solid_load_charge_material.h.

◆ getSpecificHeatSolid()

double SolidLoadChargeMaterial::getSpecificHeatSolid ( ) const

inline

Gets the average specific heat of the solid material(dry)

Returns: double, average specific heat of solid material (dry) in btu/(lb*°F)

Definition at line 81 of file solid_load_charge_material.h.

◆ getSubstance()

std::string SolidLoadChargeMaterial::getSubstance ( ) const

inline

Gets the substance

Returns: string, name of substance

Definition at line 269 of file solid_load_charge_material.h.

◆ getThermicReactionType()

LoadChargeMaterial::ThermicReactionType SolidLoadChargeMaterial::getThermicReactionType ( ) const

inline

Gets the thermic reaction type

Returns: LoadChargeMaterial::ThermicReactionType classification of thermic reaction type

Definition at line 67 of file solid_load_charge_material.h.

◆ getTotalHeat()

double SolidLoadChargeMaterial::getTotalHeat ( )

inline

Obtain the total heat for the solid charge material in Btu/hr

Definition at line 289 of file solid_load_charge_material.h.

◆ getWaterContentCharged()

double SolidLoadChargeMaterial::getWaterContentCharged ( ) const

inline

Gets the water content as charged (%)

Returns: double, % of water content charged

Definition at line 153 of file solid_load_charge_material.h.

◆ getWaterContentDischarged()

double SolidLoadChargeMaterial::getWaterContentDischarged ( ) const

inline

Gets the water content as discharged (%)

Returns: double, % of water content discharged

Definition at line 167 of file solid_load_charge_material.h.

◆ getWaterVaporDischargeTemperature()

double SolidLoadChargeMaterial::getWaterVaporDischargeTemperature ( ) const

inline

Gets the water vapor discharge temperature

Returns: double, water vapor discharge temperature in °F

Definition at line 207 of file solid_load_charge_material.h.

◆ operator==()

bool SolidLoadChargeMaterial::operator== ( const SolidLoadChargeMaterial & rhs ) const

inline

bool == operator used to compare values in unit testing

Definition at line 280 of file solid_load_charge_material.h.

◆ setAdditionalHeat()

void SolidLoadChargeMaterial::setAdditionalHeat ( const double additionalHeat )

inline

Sets the additional heat required

Parameters

additionalHeat double, additional heat required in btu/hr

Definition at line 263 of file solid_load_charge_material.h.

◆ setChargedReacted()

void SolidLoadChargeMaterial::setChargedReacted ( const double chargedReacted )

inline

Sets the charged reacted

Parameters

chargedReacted double, charge reacted (% of dry charge)

Definition at line 239 of file solid_load_charge_material.h.

◆ setChargeFeedRate()

void SolidLoadChargeMaterial::setChargeFeedRate ( const double chargeFeedRate )

inline

Sets the charge (wet)-feed rate

Parameters

chargeFeedRate double, charge (wet)-feed rate in lb/hr

Definition at line 147 of file solid_load_charge_material.h.

◆ setChargeMelted()

void SolidLoadChargeMaterial::setChargeMelted ( const double chargeMelted )

inline

Sets the charge melted (% of dry charge)

Parameters

chargeMelted double, charge melted (% of dry charge)

Definition at line 227 of file solid_load_charge_material.h.

◆ setDischargeTemperature()

void SolidLoadChargeMaterial::setDischargeTemperature ( const double dischargeTemperature )

inline

Sets the charge material discharge temperature

Parameters

dischargeTemperature double, charge material discharge temperature in °F

Definition at line 199 of file solid_load_charge_material.h.

◆ setID()

void SolidLoadChargeMaterial::setID ( const int id )

inline

Sets the ID of a material

Parameters

id	int, ID of the material

Definition at line 129 of file solid_load_charge_material.h.

◆ setInitialTemperature()

void SolidLoadChargeMaterial::setInitialTemperature ( const double initialTemperature )

inline

Sets the initial temperature

Parameters

initialTemperature double, initial temperature in °F

Definition at line 187 of file solid_load_charge_material.h.

◆ setLatentHeat()

void SolidLoadChargeMaterial::setLatentHeat ( const double latentHeat )

inline

Sets the latent heat of fusion

Parameters

latentHeat double, latent heat of fusion in btu/lb

Definition at line 99 of file solid_load_charge_material.h.

◆ setMeltingPoint()

void SolidLoadChargeMaterial::setMeltingPoint ( const double meltingPoint )

inline

Sets the melting point of the material

Parameters

meltingPoint double, melthing point of material in °F

Definition at line 135 of file solid_load_charge_material.h.

◆ setReactionHeat()

void SolidLoadChargeMaterial::setReactionHeat ( const double reactionHeat )

inline

Sets the reaction heat

Parameters

reactionHeat double, reaction heat in btu/lb

Definition at line 251 of file solid_load_charge_material.h.

◆ setSpecificHeatLiquid()

void SolidLoadChargeMaterial::setSpecificHeatLiquid ( const double specificHeatLiquid )

inline

Sets the specific heat of liquid from molten material

Parameters

specificHeatLiquid double, specific heat of liquid from molten material in btu/(lb*°F)

Definition at line 111 of file solid_load_charge_material.h.

◆ setSpecificHeatSolid()

void SolidLoadChargeMaterial::setSpecificHeatSolid ( const double specificHeatSolid )

inline

Sets the average specific heat of the solid material (dry)

Parameters

specificHeatSolid double, average specific heat of the solid material (dry) in btu/(lb*°F)

Definition at line 87 of file solid_load_charge_material.h.

◆ setSubstance()

void SolidLoadChargeMaterial::setSubstance ( std::string const & substance )

inline

Sets the substance

Parameters

substance string, name of substance

Definition at line 275 of file solid_load_charge_material.h.

◆ setThermicReactionType()

void SolidLoadChargeMaterial::setThermicReactionType ( LoadChargeMaterial::ThermicReactionType thermicReactionType )

inline

Sets the thermic reaction type

Parameters

thermicReactionType Enumerated value for either endothermic or exothermic reactions

Definition at line 73 of file solid_load_charge_material.h.

◆ setWaterContentCharged()

void SolidLoadChargeMaterial::setWaterContentCharged ( const double waterContentCharged )

inline

Sets the water content as charged (%)

Parameters

waterContentCharged double, % of water content charged

Definition at line 159 of file solid_load_charge_material.h.

◆ setWaterContentDischarged()

void SolidLoadChargeMaterial::setWaterContentDischarged ( const double waterContentDischarged )

inline

Sets the water content as discharged (%)

Parameters

waterContentDischarged double, % of water content discharged

Definition at line 173 of file solid_load_charge_material.h.

◆ setWaterVaporDischargeTemperature()

void SolidLoadChargeMaterial::setWaterVaporDischargeTemperature ( const double waterVaporDischargeTemperature )

inline

Sets the water vapor discharge temperature

Parameters

waterVaporDischargeTemperature double, water vapor discharge temperature in °F

Definition at line 213 of file solid_load_charge_material.h.

Friends And Related Symbol Documentation

◆ DefaultData

friend class DefaultData

friend

Definition at line 357 of file solid_load_charge_material.h.

Member Data Documentation

◆ additionalHeat

double SolidLoadChargeMaterial::additionalHeat = 0.0

private

Definition at line 352 of file solid_load_charge_material.h.

◆ chargeFeedRate

double SolidLoadChargeMaterial::chargeFeedRate = 0.0

private

Definition at line 343 of file solid_load_charge_material.h.

◆ chargeMelted

double SolidLoadChargeMaterial::chargeMelted = 0.0

private

Definition at line 349 of file solid_load_charge_material.h.

◆ chargeReacted

double SolidLoadChargeMaterial::chargeReacted = 0.0

private

Definition at line 350 of file solid_load_charge_material.h.

◆ dischargeTemperature

double SolidLoadChargeMaterial::dischargeTemperature = 0.0

private

Definition at line 347 of file solid_load_charge_material.h.

◆ id

int SolidLoadChargeMaterial::id = 0

private

Definition at line 353 of file solid_load_charge_material.h.

◆ initialTemperature

double SolidLoadChargeMaterial::initialTemperature = 0.0

private

Definition at line 346 of file solid_load_charge_material.h.

◆ latentHeat

double SolidLoadChargeMaterial::latentHeat = 0.0

private

Definition at line 340 of file solid_load_charge_material.h.

◆ meltingPoint

double SolidLoadChargeMaterial::meltingPoint = 0.0

private

Definition at line 342 of file solid_load_charge_material.h.

◆ reactionHeat

double SolidLoadChargeMaterial::reactionHeat = 0.0

private

Definition at line 351 of file solid_load_charge_material.h.

◆ specificHeatLiquid

double SolidLoadChargeMaterial::specificHeatLiquid = 0.0

private

Definition at line 341 of file solid_load_charge_material.h.

◆ specificHeatSolid

double SolidLoadChargeMaterial::specificHeatSolid = 0.0

private

Definition at line 339 of file solid_load_charge_material.h.

◆ substance

std::string SolidLoadChargeMaterial::substance = "Unknown"

private

Definition at line 336 of file solid_load_charge_material.h.

◆ thermicReactionType

LoadChargeMaterial::ThermicReactionType SolidLoadChargeMaterial::thermicReactionType = LoadChargeMaterial::ThermicReactionType::NONE

private

Definition at line 338 of file solid_load_charge_material.h.

◆ totalHeat

double SolidLoadChargeMaterial::totalHeat = 0.0

private

Definition at line 355 of file solid_load_charge_material.h.

◆ waterContentCharged

double SolidLoadChargeMaterial::waterContentCharged = 0.0

private

Definition at line 344 of file solid_load_charge_material.h.

◆ waterContentDischarged

double SolidLoadChargeMaterial::waterContentDischarged = 0.0

private

Definition at line 345 of file solid_load_charge_material.h.

◆ waterVaporDischargeTemperature

double SolidLoadChargeMaterial::waterVaporDischargeTemperature = 0.0

private

Definition at line 348 of file solid_load_charge_material.h.

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

include/processHeat/losses/solid_load_charge_material.h

Public Member Functions

Private Member Functions

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ SolidLoadChargeMaterial() [1/2]

◆ SolidLoadChargeMaterial() [2/2]

Member Function Documentation

◆ getAdditionalHeat()

◆ getChargedReacted()

◆ getChargeFeedRate()

◆ getChargeMelted()

◆ getDischargeTemperature()

◆ getID()

◆ getInitialTemperature()

◆ getLatentHeat()

◆ getMeltingPoint()

◆ getReactionHeat()

◆ getSpecificHeatLiquid()

◆ getSpecificHeatSolid()

◆ getSubstance()

◆ getThermicReactionType()

◆ getTotalHeat()

◆ getWaterContentCharged()

◆ getWaterContentDischarged()

◆ getWaterVaporDischargeTemperature()

◆ operator==()

◆ setAdditionalHeat()

◆ setChargedReacted()

◆ setChargeFeedRate()

◆ setChargeMelted()

◆ setDischargeTemperature()

◆ setID()

◆ setInitialTemperature()

◆ setLatentHeat()

◆ setMeltingPoint()

◆ setReactionHeat()

◆ setSpecificHeatLiquid()

◆ setSpecificHeatSolid()

◆ setSubstance()

◆ setThermicReactionType()

◆ setWaterContentCharged()

◆ setWaterContentDischarged()

◆ setWaterVaporDischargeTemperature()

Friends And Related Symbol Documentation

◆ DefaultData

Member Data Documentation

◆ additionalHeat

◆ chargeFeedRate

◆ chargeMelted

◆ chargeReacted

◆ dischargeTemperature

◆ id

◆ initialTemperature

◆ latentHeat

◆ meltingPoint

◆ reactionHeat

◆ specificHeatLiquid

◆ specificHeatSolid

◆ substance

◆ thermicReactionType

◆ totalHeat

◆ waterContentCharged

◆ waterContentDischarged

◆ waterVaporDischargeTemperature