NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS.
Publication
, Journal Article
Bliss Donald, B; Wachspress Daniel, A; Quackenbush Todd, R
Published in: Annual Forum Proceedings - American Helicopter Society
1985
A new approach to the free wake problem for a hovering rotor has been developed. An influence coefficient solution method is used to find the rotor wake solution which is steady in a reference frame rotating with the blades. This solution scheme solves directly for the conditions of free wake equilibrium by a procedure which does not involve time stepping and the associated use of numerical damping or special convergence methods. The influence coefficient solution method was implemented into a hover wake computer program having a three-part wake model for the tip vortex.
Duke Scholars
Published In
Annual Forum Proceedings - American Helicopter Society
Publication Date
1985
Volume
2
Issue
41st
Start / End Page
463 / 477
Location
Fort Worth, TX, USA
Citation
APA
Chicago
ICMJE
MLA
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Bliss Donald, B., Wachspress Daniel, A., & Quackenbush Todd, R. (1985). NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS. Annual Forum Proceedings - American Helicopter Society, 2(41st), 463–477.
Bliss Donald, B., A. Wachspress Daniel, and R. Quackenbush Todd. “NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS.” Annual Forum Proceedings - American Helicopter Society 2, no. 41st (1985): 463–77.
Bliss Donald B, Wachspress Daniel A, Quackenbush Todd R. NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS. Annual Forum Proceedings - American Helicopter Society. 1985;2(41st):463–77.
Bliss Donald, B., et al. “NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS.” Annual Forum Proceedings - American Helicopter Society, vol. 2, no. 41st, 1985, pp. 463–77.
Bliss Donald B, Wachspress Daniel A, Quackenbush Todd R. NEW APPROACH TO THE FREE WAKE PROBLEM FOR HOVERING ROTORS. Annual Forum Proceedings - American Helicopter Society. 1985;2(41st):463–477.
Published In
Annual Forum Proceedings - American Helicopter Society
Publication Date
1985
Volume
2
Issue
41st
Start / End Page
463 / 477
Location
Fort Worth, TX, USA