The full potential equation for the classical problem of transonic flow through a hyperbolic nozzle (with or without a shock wave) is solved in conservation form using the finite volume method of Jameson and Caughey (1977). Either a firstor a second-order numerical viscosity is added in the direction of the flow, explicitly, in conservation form. A multigrid alternating direction implicit method is used to solve the difference equations, and the results obtained are compared with analytical and numerical results from previous researches.
Transonic potential flow in hyperbolic nozzles
AIAA Journal ; 24
1986-06-01
Sonstige
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Englisch
Transonic potential flow in hyperbolic nozzles
AIAA | 1986
|Transonic flow in unconventional nozzles.
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|Two-zone transonic flow in nozzles.
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