Abstract
The presence of graphite fibers in metal matrices greatly influences the properties of the composites. Graphite fibers have been used in conjunction with aluminum, magnesium, and copper matrices. The type of graphite fiber, layup of the fiber, and volume percentage of the fibers are all important parameters in controlling the properties of the composites. The present status, particularly in the case of graphite/copper, can be considered to be the original developmental stage and is definitely far-removed from a matured technology. The present paper focuses on thermal expansion behavior of several graphite-metal matrix composites from −60 to +200°C.
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References
R. E. Taylor, H. Groot, and J. Larimore, TPRL 612, Thermophysical Properties of Fiber-Reinforced Materials, A Report to Naval Avionics Center (May 1988) (limited distribution).
R. K. Kirby and T. A. Hahn, Certificate of Analysis Standard Reference Material 739, Fused Silica Thermal Expansion (Office of Standard Reference Materials, National Bureau of Standards, May 1971).
R. E. Taylor, Unpublished data.
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Taylor, R.E. Thermal expansion of graphite fiber-reinforced metals. Int J Thermophys 12, 723–729 (1991). https://doi.org/10.1007/BF00534227
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DOI: https://doi.org/10.1007/BF00534227