NACA-TN-4230

Prandtl-Meyer expansion of chemically reacting gases in local chemical and thermodynamic equilibrium

contributor author	NASA - National Aeronautics and Space Administration (NASA)
date accessioned	2017-09-04T17:16:48Z
date available	2017-09-04T17:16:48Z
date copyright	01/01/1958
date issued	1958
identifier other	CBOUYDAAAAAAAAAA.pdf
identifier uri	https://yse.yabesh.ir/std/handle/yse/140201
description abstract	It is found that Prandtl-Meyer flow, in which chemical reactions are occurring and are in equilibrium, can be simply and exactly calculated. The property of air which governs the flow is found to be a quantity which depends only on the ratio of enthalpy to the square of the speed of sound; the analogous quantity for an inert gas depends only on the ratio of specific heats. The maximum angle through which the flow may turn is generally larger when chemical reactions are occurring than it is in non-reacting air. A numerical example shows that the pressure variation with angle, as well as temperature and Mach number variations, may be considerably affected by the presence of the chemical reaction.
language	English
title	NACA-TN-4230	num
title	Prandtl-Meyer expansion of chemically reacting gases in local chemical and thermodynamic equilibrium	en
type	standard
page	18
status	Active
tree	NASA - National Aeronautics and Space Administration (NASA):;1958
contenttype	fulltext