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Non-equilibrium flow inside a wavy cylinder
Published online by Cambridge University Press: 28 March 2006
Abstract
The small-perturbation theory for steady, inviscid, non-equilibrium flow is extended to include the transonic speed range. The resulting transonic small-perturbation equation for the velocity potential is solved for flow inside a wavy cylinder. It is shown that this solution gives a representation of transition through sonic speed at the narrowest sections of the cylinder. This extension of the theory is applied to non-equilibrium nozzle flow.
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- © 1963 Cambridge University Press
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