EnergyInputEAF Class Reference

#include <EnergyInputEAF.h>

Public Member Functions
	EnergyInputEAF (const double naturalGasHeatInput, const double coalCarbonInjection, const double coalHeatingValue, const double electrodeUse, const double electrodeHeatingValue, const double otherFuels, const double electricityInput)
double	getTotalChemicalEnergyInput ()
double	getHeatDelivered ()
	EnergyInputEAF (const double naturalGasHeatInput, const double coalCarbonInjection, const double coalHeatingValue, const double electrodeUse, const double electrodeHeatingValue, const double otherFuels, const double electricityInput)
double	getTotalChemicalEnergyInput ()
double	getHeatDelivered ()
	EnergyInputEAF (const double naturalGasHeatInput, const double coalCarbonInjection, const double coalHeatingValue, const double electrodeUse, const double electrodeHeatingValue, const double otherFuels, const double electricityInput)
double	getTotalChemicalEnergyInput ()
double	getHeatDelivered ()

Detailed Description

Energy Input for an Electric Arc Furnace class Used to calculate the heat that is being supplied to an electric arc furnace.

Definition at line 20 of file EnergyInputEAF.h.

Constructor & Destructor Documentation

EnergyInputEAF() [1/3]

EnergyInputEAF::EnergyInputEAF ( const double  naturalGasHeatInput, const double  coalCarbonInjection, const double  coalHeatingValue, const double  electrodeUse, const double  electrodeHeatingValue, const double  otherFuels, const double  electricityInput  )

inline

Constructor for the energy input EAF heat loss with all inputs specified

Parameters

naturalGasHeatInput	value of total heat input to the heating system (furnace/oven) from all sources of heat supplied (natural gas, carbon, fuel oil, etc.) measured in mm btu/hour
coalCarbonInjection	mass of coal or carbon injection for the hour measured in lbs/hour
coalHeatingValue	heating value for the coal or carbon injected measured in btu/lb
electrodeUse	electrode use measured in lbs/hour
electrodeHeatingValue	electrode heating value measured in btu/lb
otherFuels	heat supplied from other sources, if any, measured in mm btu/hour
electricityInput	total electric power supplied for the hour measured in kwh/hour

Definition at line 38 of file EnergyInputEAF.h.

EnergyInputEAF() [2/3]

EnergyInputEAF::EnergyInputEAF ( const double  naturalGasHeatInput, const double  coalCarbonInjection, const double  coalHeatingValue, const double  electrodeUse, const double  electrodeHeatingValue, const double  otherFuels, const double  electricityInput  )

inline

Constructor for the energy input EAF heat loss with all inputs specified

Parameters

naturalGasHeatInput	value of total heat input to the heating system (furnace/oven) from all sources of heat supplied (natural gas, carbon, fuel oil, etc.) measured in mm btu/hour
coalCarbonInjection	mass of coal or carbon injection for the hour measured in lbs/hour
coalHeatingValue	heating value for the coal or carbon injected measured in btu/lb
electrodeUse	electrode use measured in lbs/hour
electrodeHeatingValue	electrode heating value measured in btu/lb
otherFuels	heat supplied from other sources, if any, measured in mm btu/hour
electricityInput	total electric power supplied for the hour measured in kwh/hour

Definition at line 38 of file EnergyInputEAF.h.

EnergyInputEAF() [3/3]

EnergyInputEAF::EnergyInputEAF ( const double  naturalGasHeatInput, const double  coalCarbonInjection, const double  coalHeatingValue, const double  electrodeUse, const double  electrodeHeatingValue, const double  otherFuels, const double  electricityInput  )

inline

Constructor for the energy input EAF heat loss with all inputs specified

Parameters

naturalGasHeatInput	value of total heat input to the heating system (furnace/oven) from all sources of heat supplied (natural gas, carbon, fuel oil, etc.) measured in mm btu/hour
coalCarbonInjection	mass of coal or carbon injection for the hour measured in lbs/hour
coalHeatingValue	heating value for the coal or carbon injected measured in btu/lb
electrodeUse	electrode use measured in lbs/hour
electrodeHeatingValue	electrode heating value measured in btu/lb
otherFuels	heat supplied from other sources, if any, measured in mm btu/hour
electricityInput	total electric power supplied for the hour measured in kwh/hour

Definition at line 38 of file EnergyInputEAF.h.

Member Function Documentation

getHeatDelivered() [1/3]

double EnergyInputEAF::getHeatDelivered

(

)

Calculates the heat delivered to the EAF

Returns

double, heat delivered to the EAF in btu/hour

Definition at line 16 of file EnergyInputEAF.cpp.

getHeatDelivered() [2/3]

double EnergyInputEAF::getHeatDelivered

(

)

Calculates the heat delivered to the EAF

Returns

double, heat delivered to the EAF in btu/hour

getHeatDelivered() [3/3]

double EnergyInputEAF::getHeatDelivered

(

)

Calculates the heat delivered to the EAF

Returns

double, heat delivered to the EAF in btu/hour

getTotalChemicalEnergyInput() [1/3]

double EnergyInputEAF::getTotalChemicalEnergyInput

(

)

Calculates the total chemical energy input

Returns

double, total chemical energy input in btu/hour

Definition at line 11 of file EnergyInputEAF.cpp.

getTotalChemicalEnergyInput() [2/3]

double EnergyInputEAF::getTotalChemicalEnergyInput

(

)

Calculates the total chemical energy input

Returns

double, total chemical energy input in btu/hour

getTotalChemicalEnergyInput() [3/3]

double EnergyInputEAF::getTotalChemicalEnergyInput

(

)

Calculates the total chemical energy input

Returns

double, total chemical energy input in btu/hour

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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/EnergyInputEAF.h
• src/calculator/losses/EnergyInputEAF.cpp