Choked flow/Related Articles: Difference between revisions
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imported>Milton Beychok m (Created Related Articles subpage) |
imported>Milton Beychok m (Deleted excess line spaces) |
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{{r|Engineering}} | {{r|Engineering}} | ||
{{r|Physics}} | {{r|Physics}} | ||
==Subtopics== | ==Subtopics== | ||
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{{r|Chemical engineering}} | {{r|Chemical engineering}} | ||
{{r|Fluid dynamics}} | {{r|Fluid dynamics}} | ||
==Other related topics== | ==Other related topics== | ||
{{r|Accidental release source terms}} | {{r|Accidental release source terms}} | ||
{{r|de Laval nozzle}} | |||
{{r|Gas}} | {{r|Gas}} | ||
{{r|Specific heat ratio}} | {{r|Specific heat ratio}} | ||
Revision as of 02:40, 17 April 2010
- See also changes related to Choked flow, or pages that link to Choked flow or to this page or whose text contains "Choked flow".
Parent topics
- Engineering [r]: a branch of engineering that uses chemistry, biology, physics, and math to solve problems involving fuel, drugs, food, and many other products. [e]
- Physics [r]: The study of forces and energies in space and time. [e]
Subtopics
- Chemical engineering [r]: a branch of engineering that uses chemistry, biology, physics, and math to solve problems involving fuel, drugs, food, and many other products [e]
- Fluid dynamics [r]: The branch of physics that deals with the flow of fluids, i.e., liquids and gases. [e]
- Accidental release source terms [r]: The mathematical equations that estimate the rate at which accidental releases of air pollutants into the atmosphere may occur at industrial facilities. [e]
- De Laval nozzle [r]: A de Laval nozzle is a tube, pinched in the middle, which is used to accelerate a hot, pressurized gas flowing through it to a supersonic speed so as to maximize the amount of the hot inlet gas heat energy that is converted into exhaust gas kinetic energy. [e]
- Gas [r]: One of the major states of matter (i.e., gas, liquid, solid and plasma). [e]
- Specific heat ratio [r]: The ratio of the specific heat of a gas at constant pressure, , to the specific heat at constant volume, , also sometimes called the adiabatic index or the heat capacity ratio or the isentropic expansion factor. [e]
