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Engine Component Design Methodology for Ceramic and Ceramic-Matrix Composite Materials
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Abstract
In the past two years, significant progress has been made in the application of ceramic-matrix composite materials to low heat rejection engine components. However, past R&D programs have identified a number of critical areas which require additional effort including: Life Prediction Methodology, Non-Destructive Testing, Design Methods, Data Base Development, and Verification of Design Rules. This paper discusses an integrated design methodology for addressing these research needs. The paper concludes with a specific example of a ceramic fiber-reinforced metal matrix composite piston which has been designed for application to advanced adiabatic engines.
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Glance, P., Bryzik, W., Mahishi, J., and Spehar, J., "Engine Component Design Methodology for Ceramic and Ceramic-Matrix Composite Materials," SAE Technical Paper 880193, 1988, https://doi.org/10.4271/880193.Also In
References
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