AMO-Tools-Suite  v.0.9.0
Set of tools for calculating energy efficiency in industrial equipment
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Compressor::PipeSizing Class Reference

Classes

struct  Output
 

Public Member Functions

 PipeSizing (double airflow, double airlinePressure, double designVelocity, double atmosphericPressure)
 
Output calculate ()
 
 PipeSizing (double airflow, double airlinePressure, double designVelocity, double atmosphericPressure)
 
Output calculate ()
 
 PipeSizing (double airflow, double airlinePressure, double designVelocity, double atmosphericPressure)
 
Output calculate ()
 

Detailed Description

Definition at line 304 of file CompressedAir.h.

Constructor & Destructor Documentation

◆ PipeSizing() [1/3]

Compressor::PipeSizing::PipeSizing ( double  airflow,
double  airlinePressure,
double  designVelocity,
double  atmosphericPressure 
)

Constructor for Compressor::PipeSizing - This calculator finds the velocity of compressed air through all the different piping involved in the system.

Parameters
airflowdouble, volumetric flow velocity - cfm
airlinePressuredouble, Pressure through the pipe - psi
designVelocitydouble, The air flow velocity that is meant to flow through the pipe.
Attention
Constraints: 20 fps is recommended for a header, but it should never exceed 30 fps - ft/sc
Parameters
atmosphericPressuredouble, generally it will be 14.7 - psia

Definition at line 135 of file CompressedAir.cpp.

◆ PipeSizing() [2/3]

Compressor::PipeSizing::PipeSizing ( double  airflow,
double  airlinePressure,
double  designVelocity,
double  atmosphericPressure 
)

Constructor for Compressor::PipeSizing - This calculator finds the velocity of compressed air through all the different piping involved in the system.

Parameters
airflowdouble, volumetric flow velocity - cfm
airlinePressuredouble, Pressure through the pipe - psi
designVelocitydouble, The air flow velocity that is meant to flow through the pipe.
Attention
Constraints: 20 fps is recommended for a header, but it should never exceed 30 fps - ft/sc
Parameters
atmosphericPressuredouble, generally it will be 14.7 - psia

◆ PipeSizing() [3/3]

Compressor::PipeSizing::PipeSizing ( double  airflow,
double  airlinePressure,
double  designVelocity,
double  atmosphericPressure 
)

Constructor for Compressor::PipeSizing - This calculator finds the velocity of compressed air through all the different piping involved in the system.

Parameters
airflowdouble, volumetric flow velocity - cfm
airlinePressuredouble, Pressure through the pipe - psi
designVelocitydouble, The air flow velocity that is meant to flow through the pipe.
Attention
Constraints: 20 fps is recommended for a header, but it should never exceed 30 fps - ft/sc
Parameters
atmosphericPressuredouble, generally it will be 14.7 - psia

Member Function Documentation

◆ calculate() [1/3]

Compressor::PipeSizing::Output Compressor::PipeSizing::calculate ( )

calculate() will calculate and return the cross sectional area and the pipe diameter.

Returns
PipeSizing::Output

Definition at line 141 of file CompressedAir.cpp.

◆ calculate() [2/3]

Output Compressor::PipeSizing::calculate ( )

calculate() will calculate and return the cross sectional area and the pipe diameter.

Returns
PipeSizing::Output

◆ calculate() [3/3]

Output Compressor::PipeSizing::calculate ( )

calculate() will calculate and return the cross sectional area and the pipe diameter.

Returns
PipeSizing::Output

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