Abstract
Beryllium is a “specialty” metal whose unusual properties have been exploited in a number of energy conversion systems. Low density and high elastic modulus make it a particularly attractive material in the aerospace environment. The physical and mechanical properties of the various grades of beryllium are reviewed, along with examples of successful applications in severe environments.
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References
J. G. Slaby: “Overview of Free-Piston Stirling Technology at the NASA Lewis Research Center,” NASA TM-87156, DOE-NASA-1005–7, October 1985.
F. Ayre: “Materials for Space Optics, General Requirements,” ROFT-DARPA, February 1984.
L. A. Grant: “Successful Applications of Fabricated Beryllium Structures in Satellites,” 4th International Conference on Beryllium, London, 1977.
A. J. Stonehouse to J. M. Marder: private communication, April 1981.
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Marder, J.M. Beryllium in stress-critical environments. JMES 8, 17–26 (1986). https://doi.org/10.1007/BF02833456
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DOI: https://doi.org/10.1007/BF02833456