Python-Gastables provides Python modules to perform calculations for compressible gas flow.
Python-gastables is a great software tool for engineers and scientists who need to perform compressible gas flow calculations. This project provides various Python modules that are specifically designed for calculating different aspects of gas flow.
There are Python modules available for isentropic relations, normal shock relations, oblique shock relations, Fanno flow, isothermal flow, Rayleigh flow, and Prandtl Meyer functions. This makes it easier for users to select the appropriate module based on their specific needs.
The isentropic relations module calculates the flow properties of a gas that is passing through a duct or nozzle without friction losses. The normal shock relations module provides calculations for situations where a gas traveling at supersonic speeds meets an obstacle that causes a shockwave.
The oblique shock relations module is useful for calculating the properties of a gas when it undergoes a shockwave due to an angled surface. The Fanno flow module provides calculations for gas flowing through a duct with friction losses.
The isothermal flow module calculates flow properties under conditions of constant temperature, while the Rayleigh flow module is designed for calculating properties when a gas undergoes heating or cooling without significant work being done. The Prandtl Meyer functions module is useful for calculating the properties of a gas when it undergoes an expansion wave.
Overall, Python-gastables is an excellent software package that provides various modules for a wide range of compressible gas flow calculations. The modules are easy to use and have the potential to save time and effort for engineers and scientists working in different fields of expertise.
There are Python modules available for isentropic relations, normal shock relations, oblique shock relations, Fanno flow, isothermal flow, Rayleigh flow, and Prandtl Meyer functions. This makes it easier for users to select the appropriate module based on their specific needs.
The isentropic relations module calculates the flow properties of a gas that is passing through a duct or nozzle without friction losses. The normal shock relations module provides calculations for situations where a gas traveling at supersonic speeds meets an obstacle that causes a shockwave.
The oblique shock relations module is useful for calculating the properties of a gas when it undergoes a shockwave due to an angled surface. The Fanno flow module provides calculations for gas flowing through a duct with friction losses.
The isothermal flow module calculates flow properties under conditions of constant temperature, while the Rayleigh flow module is designed for calculating properties when a gas undergoes heating or cooling without significant work being done. The Prandtl Meyer functions module is useful for calculating the properties of a gas when it undergoes an expansion wave.
Overall, Python-gastables is an excellent software package that provides various modules for a wide range of compressible gas flow calculations. The modules are easy to use and have the potential to save time and effort for engineers and scientists working in different fields of expertise.
What's New
Version 0.1: N/A