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The Helicopter Rotor

Part of: RAeS Lanchester Lecture Papers

Published online by Cambridge University Press:  04 July 2016

J. P. Jones
J. P. Jones*
Affiliation:
Westland Helicopters Ltd.
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Extract

To be asked to give the Lanchester Lecture, on the topic of helicopters, is a great honour and just now a wonderful chance. We all know of Lanchester's basic contributions to our knowledge of the way in which lift is generated by the creation of a vortex system. For fixed wings the flow patterns are now known and the theories are in the third stage of refinement. But on helicopters, although it has been the topic of intensive research for fifteen years or more, the subject is much farther back. The results obtained are fascinating technically and pictorially and I would cheerfully discuss them for hours. But our understanding is far from complete and I have regretfully decided to throw away a wonderful chance and leave the topic to a less formal occasion.

Type
The Thirteenth Lanchester Memorial Lecture
Information
The Aeronautical Journal , Volume 74 , Issue 719 , January 1977 , pp. 861 - 872
Copyright
Copyright © Royal Aeronautical Society 1970 

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References

1. Lanchester, F. W. Aerodynamics. Constable & Co. Ltd. London, 1910.Google Scholar
2. Simons, I. A., Pacifico, R. E., Jones, J. P. The Movement, Structure and Breakdown of Trailing Vortices from a Rotor Blade. CAL/USAAVLABS Symposium on Aerodynamic Problems Associated with V/STOL aircraft, Vol 1. Propellers and Rotor Aerodynamics. Buffalo, New York, U.S.A. 22-24 June, 1966.Google Scholar
3. De La Cierva, J. A Brief History of the Development of this type of Aerodyne from its Inception. Aircraft Engineering, May 1934.Google Scholar
4. Hafner, R. The Hafner Gyroplane. A Lecture given at a meeting of the Royal Aeronautical Society, 14th October, 1937.Google Scholar
5. Scheiman, J. A Tabulation of Helicopter Rotor-Blade Differential Pressures, Stresses and Motions as measured in Flight. NASA TM X-952 March, 1964.Google Scholar
6. Roberts, C, Jones, J. P. An analysis of Rotor Blade Pressure Distribution. Note for Royal Aircraft Establishment, Bedford, Colloquia, 24th November, 1969. (Unpublished).Google Scholar
7. Lnva, Jaan. Dynamic Stall of Airfoil Sections for High-Speed Rotors. No. 206, American Helicopter Society, 24th Annual National Forum Proceedings, Washington DC, May 9th, 1968.Google Scholar
8. Sissingh, G. J, Response Characteristics of the Gyrocontrolled Lockheed Rotor System. Paper presented at the 23rd National Forum of the American Helicopter Society, Washington DC, May, 1967.Google Scholar
9. Cheney, M. C. Jnr The ABC Helicopter. Presented at the AIAA/AHS VTOL Research, Design and Operations Meeting, Atlanta, Ga. February, 17th-19th, 1960.Google Scholar
10. Jones, J. P. A Note on the Dynamic Factors Influencing the Choice of Stiffness in a Hingeless Rotor Blade. NGTE 735, November 1968.Google Scholar