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The application of dynamic soaring to man powered flight

Published online by Cambridge University Press:  04 July 2016

Keith Sherwin*
Affiliation:
Division of Engineering Design and Production, The University of Liverpool

Extract

With the achievement of a man powered flight across the English Channel by Bryan Allen flying the ‘Gossamer Albatross’ aircraft in 1979, attention is now centred on new performance objectives for man powered aircraft.

In the long term it is widely recognised that man powered flight must develop as a sport and this requires an improvement in the design and construction of the necessary aircraft. It is anticipated that this trend will be stimulated in the short term by speed competitions which will encourage the design and construction of compact man powered aircraft.

With such compact machines the prospect of sporting flights for duration no longer relies on the reduction of the pilot's continuous power input, but on the utilisation of help from the atmosphere, in particular, by using dynamic soaring techniques.

Type
Research Article
Copyright
Copyright © Royal Aeronautical Society 1981 

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References

1. Sherwin, K. To fly like a bird, Bailey Bros, and Swinfen, Folkestone, 1976, (pp 172).Google Scholar
2. Walkden, S.L. Experimental study of the soaring of albatrosses, Nature, Vol 116, pp 132134, 1925.Google Scholar
3. Hendriks, F. Dynamic soaring in shear flow, AIAA, paper 74-1004,1974.Google Scholar
4. Wallington, C.E. Meteorology for glider pilots, John Murray, London 1966, (pp 302).Google Scholar
5. Welch, A. and L., The story of gliding, John Murray, London, 1965, (pp 4546).Google Scholar
6. Potter, J. The Jupiter project, The Aeronautical Journal, Vol 77, No 751, pp 344349, 1973.Google Scholar