A Review on Wear and Friction Performance of Carbon–Carbon Composites at High Temperature |
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| Authors: | Parshant Kumar Vijay Kumar Srivastava |
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| Affiliation: | Department of Mechanical Engineering, Indian Institute of Technology (BHU), Varanasi, Uttar Pradesh, India |
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| Abstract: | Carbon–carbon (C/C) composite is one of the best ceramic matrix composite due to its high mechanical properties and applications at control environments in various sectors. Carbon–carbon composite is made of woven carbon fibers; carbonaceous polymers and hydrocarbons are used as matrix precursors. These composites generally have densities <2.0 g/cm3 even after densification. C/C composites have good frictional properties and thermal conductivity at high temperature. Also C/C composite can be used as brake pads in high‐speed vehicles. In spite of various applications, C/C composites are very much prone to oxidation at high temperature. Therefore, C/C composites must be protected from oxidation for the use at high temperature. |
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| Keywords: | carbon carbon fibers ceramic matrix composites friction |
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