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Short haul transport for the 1990s

Published online by Cambridge University Press:  04 July 2016

P. Robinson
Affiliation:
British Aerospace Aircraft Group, Kingston
D.G. Brown
Affiliation:
British Aerospace Aircraft Group, Hatfield-Chester Division

Extract

One big problem found during the course of preparing this lecture, was the vastness of the subject. So there will probably be many things that should be said that will be left unsaid, but it is hoped that all the main factors have been considered at some point, even if they only get a passing mention. One point should be made, the freight and cargo market are not considered, as the majority of freight is carried in converted passenger aircraft or in the holds of passenger aircraft particularly in the large wide-body types. This trend seems likely to continue and it is unlikely that specialised freight aircraft will be developed for short haul operations.

Type
Research Article
Copyright
Copyright © Royal Aeronautical Society 1979 

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Footnotes

*

Now Vice-President, New Product Policy Co-ordination, Airbus Industrie.

References

1. Hughes, C.G. Perspective and portents1977 to 2000 AD.Air Transport Association Seminars. Los Angeles, June 1977.Google Scholar
2. ABC World Airways Guide. July 1977.Google Scholar
3. BAC World Traffic Forecasts 1975-1990.Internal Report MNW 390B, February 1976.Google Scholar
4. HSA R/STOL Transport Aircraft Studies. Final Summary. (Restricted report). HSA Hatfield/Projects/2021, March 1974.Google Scholar
5. Kramer, James J. Overview of NASA CTOL programme. NASA Conference Publications 2036. 1978.Google Scholar
6. World Energy: Looking ahead to 2020, published for the World Energy Conference 1978, IPC.Google Scholar
7. Young, P.H. The future shape of medium and long range civil engines. RAeS lecture, October 1978.Google Scholar
8. AGARD lecture. Series XP 96—Aircraft engine future fuels and energy conservation. 1978.Google Scholar
9. Caliendi, S.C. The designer’s view of aircraft maintenance. BALPA, Technical Symposium, 1972.Google Scholar
10. British Airways Shuttle, the first two years. 1978.Google Scholar
11. Miller, R.H. Some air transportation concepts for the future. 14th Lanchester Memorial Lecture, RAeS 1971.Google Scholar
12. Brown, D.G. Prospects for the next generation of European Aircraft. RAeS Air Transport Group, January 1973.Google Scholar
13. Brown, D.G. and Lawson, K.S. The pay-off for advanced technology incommercial aircraft design and operation. The Aeronautical Journal of the Royal Aeronautical Society, November 1976.Google Scholar
14. Kramer, James J. Planning a new era in air transport efficiency. Astronautics and Aeronautics, July/ August 1978.Google Scholar
15. Steiner, John E. The timing of technology for commercial transport aircraft. Astronautics and Aeronautics, October 1977.Google Scholar
16. Denning, R.M., Miller, S.G. and Wright, G.H. Future trends in aero gas turbine design—unconventional engines. RAeS Spring Convention, 19th/20th May 1976.Google Scholar
17. Denning, R.M. Energy conserving aircraft from engine viewpoint. Aircraft Engineering, August 1978.Google Scholar
18. Nored, Donald L. Propulsion. Astronautics and Aeronautics, July/August 1978.Google Scholar
19. Williams, P.R.G. and Stewart, D.J. An aircraft designer’s review of some airfrarne and engine integration concepts. First International Symposium in Air Breathing Engines. Marseilles, 19th-23rd June 1972.Google Scholar
20. Brown, D.G. and Blythe, A.A. Noise of advanced subsonic air transport systems. Journal of Sound and Vibration. 1975 (43(2)).Google Scholar
21. Brown, D.G. and Lawson, K.S. The economics and noise of subsonic aircraft. The Aeronautical Journal of the Royal Aeronautical Society, February 1976.Google Scholar
22. Stamper, J.T. Time is energy. The Aeronautical Journal of the Royal Aeronautical Society, April 1975.Google Scholar
23. Brown, D.G. The balance of time and cost. The Aeronautical Journal of the Royal Aeronautical Society, November 1975.Google Scholar