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Computer Aided Engineering Analysis of Adiabatic Engine Components
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English
Abstract
THIS PAPER PRESENTS a description of a general purpose, computer aided engineering design methodology which has been employed in the design of adiabatic engine components. The application of the design methodology is demonstrated through the discussion of the results of a thermal and structural design study. The performance of four piston design options; (1) 100% steel piston with oil-jet cooling, (2) 100% steel with oil-splash cooling, (3) silicon nitride piston cap and steel base with oil-splash cooling, and (4) ZrC2 /Brunsbond/steel composite piston with oil-splash cooling are discussed.
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Citation
Glance, P., "Computer Aided Engineering Analysis of Adiabatic Engine Components," SAE Technical Paper 850361, 1985, https://doi.org/10.4271/850361.Also In
References
- U.S. Army Tank - Automotive Command (TACOM) Adiabatic Engine Program by P.C. Glance and W. Bryzik AIAA/SAE/ASME 19th Joint Propulsion Conference June 1983
- High Technology Ceramics for Japanese Heat Engines by Roy Kamo for National Science Foundation April 1983
- Ceramics for Adiabatic Turbocompound Diesel Engines by Roy Kamo and W. Bryzik for International Symposium on Ceramic Components for Engines Hakone, Japan October 1983
- Designing with Ceramics, by Paul C. Glance Proceedings of 12th Materials conferences Ann Arbor, Michigan June 1984