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Prospects for reducing the fuel consumption of civil aircraft

Published online by Cambridge University Press:  04 July 2016

G. G. Pope*
Affiliation:
Royal Aircraft Establishment

Extract

The rapid rate at which the world's oil reserves are being used up, and the lack as yet of convenient substitute fuels at a competitive cost level, are leading to an increased emphasis on fuel economy in the design and operation of aircraft. This paper outlines technological advances that will contribute to the reduction of fuel consumption and attempts to give a broad indication of the overall improvements that may be achievable in relation to current technology. Since a companion paper is concerned specifically with work in the United States aimed at such objectives, attention is concentrated mainly on advances being made in the United Kingdom.

Type
Research Article
Copyright
Copyright © Royal Aeronautical Society 1979 

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References

1. Klineberg, J. M. The NASA Aircraft Energy Efficiency Program. Paper 4, Proc RAeS/AIAA Conference on Energy and Aerospace, London, December 1978.Google Scholar
2. Gibson, J. Aviation fuel from coal. Paper 5, Proc RAeS/ AIAA Conference on Energy and Aerospace, London, December 1978.Google Scholar
3. Proceedings of Canadian Symposium on Energy Con serving Transport Aircraft. National Research Council, Ottawa, October 1977.Google Scholar
4. Wilde, G. L. Future large civil turbofans and power-plants. Aeronautical Journal, Vol 82, July 1978, p 281.Google Scholar
5. Seeds for success in civil aircraft design in the next two decades. RAeS Spring Convention, 1976.Google Scholar
6. Kingcombe, R. C. Prop-fan engines for civil aircraft: a preliminary assessment. Unpublished NGTE Memorandum.Google Scholar
7. Special course on concepts for drag reduction. AGARD Report No 654, June 1977.Google Scholar
8. Spillman, J. J. The use of wing tip sails to reduce vortex drag. Aeronautical Journal, Vol 82, September 1978, p387.Google Scholar
9. Molyneux, W. G. The potential of advanced technology for aircraft structures. Aerospace, Vol 5, September 1978, p 17.Google Scholar
10. Howell, G. C, Jones, R. W. and Goddard, K. F. Interaction between air traffic control procedures and the implementation of area navigation. Tech Forum of the EUROCAE General Assembly, 1977.Google Scholar