OrificeMethod Class Reference

Classes
struct	Output

Public Member Functions
	OrificeMethod (const double operatingTime, const double airTemp, const double atmPressure, const double dischargeCoef, const double diameter, const double supplyPressure, const int numOrifices)
Output	calculate ()
	OrificeMethod (const double operatingTime, const double airTemp, const double atmPressure, const double dischargeCoef, const double diameter, const double supplyPressure, const int numOrifices)
Output	calculate ()
	OrificeMethod (const double operatingTime, const double airTemp, const double atmPressure, const double dischargeCoef, const double diameter, const double supplyPressure, const int numOrifices)
Output	calculate ()

Detailed Description

Definition at line 465 of file CompressedAir.h.

Constructor & Destructor Documentation

OrificeMethod() [1/3]

OrificeMethod::OrificeMethod	(	const double	operatingTime,
		const double	airTemp,
		const double	atmPressure,
		const double	dischargeCoef,
		const double	diameter,
		const double	supplyPressure,
		const int	numOrifices
	)

Constructor for OrificeMethod - The orifice method estimates the air loss by using the pressure and diameter of the orifice

Parameters

operatingTime	double, operating time of the system per year - hours
airTemp	double, compressor air temperature (usually between 200 and 300 degrees F)
atmPressure	double, atmospheric temperature (standard pressure is 14.7 psia)
dischargeCoef	double, discharge coefficient used to capture the effect of the shape of the outlet on air loss
parameter	double, diameter of the orifice in inches
supplyPressure	double, supply pressure to the orifice in psi
numOrifices	int, number of orifices

Definition at line 219 of file CompressedAir.cpp.

OrificeMethod() [2/3]

OrificeMethod::OrificeMethod	(	const double	operatingTime,
		const double	airTemp,
		const double	atmPressure,
		const double	dischargeCoef,
		const double	diameter,
		const double	supplyPressure,
		const int	numOrifices
	)

Constructor for OrificeMethod - The orifice method estimates the air loss by using the pressure and diameter of the orifice

Parameters

operatingTime	double, operating time of the system per year - hours
airTemp	double, compressor air temperature (usually between 200 and 300 degrees F)
atmPressure	double, atmospheric temperature (standard pressure is 14.7 psia)
dischargeCoef	double, discharge coefficient used to capture the effect of the shape of the outlet on air loss
parameter	double, diameter of the orifice in inches
supplyPressure	double, supply pressure to the orifice in psi
numOrifices	int, number of orifices

OrificeMethod() [3/3]

OrificeMethod::OrificeMethod	(	const double	operatingTime,
		const double	airTemp,
		const double	atmPressure,
		const double	dischargeCoef,
		const double	diameter,
		const double	supplyPressure,
		const int	numOrifices
	)

Constructor for OrificeMethod - The orifice method estimates the air loss by using the pressure and diameter of the orifice

Parameters

operatingTime	double, operating time of the system per year - hours
airTemp	double, compressor air temperature (usually between 200 and 300 degrees F)
atmPressure	double, atmospheric temperature (standard pressure is 14.7 psia)
dischargeCoef	double, discharge coefficient used to capture the effect of the shape of the outlet on air loss
parameter	double, diameter of the orifice in inches
supplyPressure	double, supply pressure to the orifice in psi
numOrifices	int, number of orifices

Member Function Documentation

calculate() [1/3]

OrificeMethod::Output OrificeMethod::calculate

(

)

Returns

OrificeMethod::Output, standard density, sonic density, leak velocity, leak rate LBMmin, leak rate Scfm, leak rate estimate, annual consumption

Definition at line 225 of file CompressedAir.cpp.

calculate() [2/3]

Output OrificeMethod::calculate

(

)

Returns

OrificeMethod::Output, standard density, sonic density, leak velocity, leak rate LBMmin, leak rate Scfm, leak rate estimate, annual consumption

calculate() [3/3]

Output OrificeMethod::calculate

(

)

Returns

OrificeMethod::Output, standard density, sonic density, leak velocity, leak rate LBMmin, leak rate Scfm, leak rate estimate, annual consumption

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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/util/CompressedAir.h
• src/calculator/util/CompressedAir.cpp