Aerodynamic research relating to modern helicopters includes the study of three dimensional, unsteady, nonlinear flow fields. A selective review is made of some of the phenomenon that hamper the development of satisfactory engineering prediction techniques, but which provides a rich source of research opportunities: flow separations, compressibility effects, complex vortical wakes, and aerodynamic interference between components. Several examples of work in progress are given, including dynamic stall alleviation, the development of computational methods for transonic flow, rotor-wake predictions, and blade-vortex interactions.
Special opportunities in helicopter aerodynamics
Intern. Symp. on Recent Advan. in Aerodyn. and Aeroacoustics ; 1983 ; Stanford, CA, United States
1983-12-01
Aufsatz (Konferenz)
Keine Angabe
Englisch
Special Opportunities in Helicopter Aerodynamics
NTIS | 1983
|Special Opportunities in Helicopter Aerodynamics
NTIS | 1983
|Special opportunities in helicopter aerodynamics
NTRS | 1986
|NTIS | 1972
|TIBKAT | 1985
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