Abstract
This work deals with numerical solution of 3D inviscid transonic flows in a channel using finite volume form of composite scheme. The combination of less dissipative Lax-Wendroffs cheme and more dissipative Lax-Friedrichs scheme is used in cell-vertex form and basic 3D five sides finite volume. Some 3D results of transonic flows in a channel that is an extension of 2D GAMM channel with a) a changed bump in z-direction b) not changed bump but with swept wing geometry are presented in the article.
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