Calculations for transonic flow about wing-body combinations at angles of attack of the order of the body thickness-to-length ratio are presented. These calculations show that lift can alter the flow drastically at near-sonic speeds in this angle-of-attack range so that the area rule must be modified. This effect of lift is explained from simple physical considerations. The computational procedure is based on slender-wing theory and a two-variable method of relaxation solution. A small perturbation analysis is used to show that this simple procedure is adequate for these transonic wing-body flow fields.
Transonic flow about lifting wing-body combinations
Aerospace Sciences Meeting ; 1974 ; Washington, DC
01.01.1974
Aufsatz (Konferenz)
Keine Angabe
Englisch
Transonic flow about lifting wing-body combinations
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