A comparison of theory and experiment for coupled rotor-body stability of a hingeless rotor model in hover
A comparison of theory and experiment for coupled rotor-body stability of a hingeless rotor model in hover
- Neue Suche nach: Bousman, William G.
- Neue Suche nach: Bousman, William G.
Three cases were selected for correlation from an experiment that examined the aeromechanical stability of a small-scale model of a hingeless rotor and fuselage in hover. The first case examined the stability of a configuration with 0 degree blade pitch so that coupling between dynamic modes was minimized. The second case was identical to the first except the blade pitch was set to 9 degrees which provides flap-lag coupling of the rotor modes. The third case had 9 degrees of blade pitch and also included negative pitch-lag coupling, and therefore was the most highly coupled configuration. Analytical calculations were made by Bell Helicopter Textron, Boeing Vertol, Hughes Helicopters, Sikorsky Aircraft, the U.S. Army Aeromechanics Laboratory, and NASA Ames Research Center and compared to some or all of the experimental cases. Overall, the correlation ranged from very poor-to-poor to good.
Dokumentinformationen
A comparison of theory and experiment for coupled rotor-body stability of a hingeless rotor model in hover
1988-06-01
Aufsatz (Konferenz)
Keine Angabe
Englisch
Ähnliche Titel
Aeromechanical stability investigation of a composite hingeless rotor in hover
| Tema Archiv | 2003
Aeromechanical Stability Investigation of a Composite Hingeless Rotor in Hover
| Online Contents | 2003