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Ceramic Fibre Reinforced Metals

Published online by Cambridge University Press:  04 July 2016

J. Morley
J. Morley*
Affiliation:
Rolls-Royce Ltd
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Extract

We want structural materials to be as strong as possible, as light as possible and as stiff as possible. For all practical applications they must be tough or resilient. We might also want them to be of use at high temperatures, to have hard surfaces, to be resistant to corrosion and to be cheap and easy to fabricate.

With all orthodox structural metals strength and stiffness are roughly in proportion to the density of the material. There is therefore not a great deal of difference between them on the basis of specific strength and specific stiffness. This is illustrated in Table I.

There are a number of ceramic substances such as silicon carbide, aluminium oxide, beryllium oxide, boron and carbon which have very high elastic modulus values coupled with low densities and high melting points.

Type
Metallic Materials
Information
The Aeronautical Journal , Volume 70 , Issue 668 , August 1966 , pp. 796 - 801
Copyright
Copyright © Royal Aeronautical Society 1966

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References

1.Griffith, A. A.Phil Trans Roy Soc Series A, Vol 221, pp 163–198, 1920 and International Congress for Appl Mech, Delft, 1924.Google Scholar
2.Marsh, D. M.Phil Mag, Vol 5, p 1197, 1960.CrossRefGoogle Scholar
3.Mallinder, F. P. and Proctor, B. A.Phil Mag, 1966 (to be published) and Brit Ceram Soc Meeting, April 1965.Google Scholar
4.Arridge, R. G. C., Baker, A. A. and Cratchley, D.J Sci Instr, Vol 41, pp 259–261, 1964.Google Scholar
5.Standage, A. E. 67th Annual Meeting American Ceramic Soc, lst-6th May 1965. Philadelphia. Symposium No 2. Fibrous Composites. Paper No 6.Google Scholar
6.Cratchley, D. and Baker, A. A.Metallurgia, Vol 70, pp 153–159, 1964.Google Scholar
7.Baker, A. A. and Cratchley, D.Applied Materials Research, Vol 3, pp 215–222, 1964.Google Scholar