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Engineering aspects of composite structures for civil aircraft

Published online by Cambridge University Press:  04 July 2016

A. W. Kitchenside
A. W. Kitchenside*
Affiliation:
British Aerospace Aircraft Group, Weybridge-Bristol Division
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Extract

The high values of specific strength and stiffness of carbon fibre composite materials have already been discussed by Mr. T. Sharpies in his paper and require no further comment. Therefore, I would like to consider the benefits to direct operating costs (DOC) which can be obtained by the application of Carbon Fibre Composites (CFC) to a civil transport aircraft.

Figure 1 is taken from a paper presented by Stewart and Campion at the Atlantic Aeronautical Conference last year. In this figure are shown the benefits in DOC which arise due to the application of the following advanced technologies:

Advanced aerodynamic wing design

Stability augmentation and load alleviation

Advanced composite structures.

Type
Research Article
Information
The Aeronautical Journal , Volume 84 , Issue 834 , July 1980 , pp. 204 - 209
Copyright
Copyright © Royal Aeronautical Society 1980 

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References

1. Sharples, T. The application of carbon fibre composites to military aircraft structures. Conference on Large Scale Composite Structures, RAeS. 22nd April 1980.Google Scholar
2. Stewart, D. J. and Campion, B. S. New technology in commercial aircraft design for minimum operating cost. Atlantic Aeronautical Conference, Williamsburg, USA, 1979.Google Scholar
3. Rhodes, F. E. Preliminary assessment of the significance of minor manufacturing defects in carbon fibre composites. Institute of Physics Conference ‘Significance of Defects in the Failure of Fibre Composites’, November 1979.Google Scholar
4. Heath-Smith, J. R. Fatigue of structural elements in carbon fibre composite—present indications and future research. RAE Technical Report 79085.Google Scholar
5. t'Hart, W. G. J. Residual strength of Kevlar—carbon/epoxy hybrid composite materials. NLR TR 78008U.Google Scholar
6. Porter, T. R. Evaluation of flawed composite structural components under static and cyclic loading. NASA CR-135403.Google Scholar
7. Williams, J. G. et al. Recent developments in the design, testing and impact damage tolerance of stiffened composite panels. NASA TM 80077.Google Scholar
8. Benson Dexter, H. Composite components on commercial aircraft. Presentation at AGARD Specialists Meeting, Athens 1980.Google Scholar