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Active controls for civil aircraft

Published online by Cambridge University Press:  04 July 2016

H. P. Y. Hitch*
Affiliation:
British Aerospace Aircraft Group, Weybridge-Bristol Division

Extract

‘Active Control Technology’ (ACT) is a jargon of the last few years describing the technological requirements which permit the earlier concept of the Control Configured Vehicle (CCV). The CCV idea was that by suitably driving specially arranged controls, various desirable aircraft characteristics, notaby stability and good handling, could be provided synthetically and as a result the tail and fin sizes could be reduced and the wing mounted in a more advantageous position on the fuselage: more freedom of choice was thus given the designer in settling his configuration. The technology to do this was barely ready at the time but meanwhile has been progressing apace in the form of minicomputers, electrical signalling, digital control systems and a deeper analysis of what is involved in a total system.

Type
Research Article
Copyright
Copyright © Royal Aeronautical Society 1979 

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References

1. Kurzhals, P. R. Active controls in aircraft design. AGARD—AG234.Google Scholar
2. Simpson, A. and Hitch, H. P. Y. Active control technology. Aeronautical Journal of The Royal Aeronautical Society, pp 231246. June 1977.Google Scholar
3. Jones, G. On the formulation of gust load requirements in terms of the statistical discrete gust method. RAE TM FS208.Google Scholar
4. Taylor, J. Atmospheric turbulence loads on aircraft. RAE TR 77116.Google Scholar
5. Noback, R. Aircraft design loads due to non-stationary atmospheric turbulence problems, NLR TR 78073U.Google Scholar
6. Ellis, S. A presentation of measured aircraft responses in turbulence during civil operations, RAE TR 78113.Google Scholar
7. Bullen, N. I. RAE Symposium on 16th November 1961.Google Scholar