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In-Service Performance of Ceramic and Metallic Coatings in Diesel Engines
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Sector:
Event:
Marine Propulsion Technology
Language:
English
Abstract
Much of the success obtained with coated diesel engine parts has been achieved with thermal barrier wear and corrosion-resistant coatings. The adiabatic diesel concept involves thermally insulating the combustion chamber with reduced cooling or the elimination of the cooling system entirely. The thermally insulated combustion zone offers potential advantages of emissions reductions, improved combustion, higher efficiency with waste heat utilization, and multi-fuel capability.
The experiences of using metallic and ceramic coatings in diesel engines will be reviewed. Particular emphasis will be put on using aluminium alloys as construction materials but with a protective ceramic or metallic coating on the surface facing heat sources or aggressive gases.
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Citation
Kvernes, I., "In-Service Performance of Ceramic and Metallic Coatings in Diesel Engines," SAE Technical Paper 860888, 1986, https://doi.org/10.4271/860888.Also In
References
- Millag G.H. “Commercial Engine Development to Year 2000 and Beyond,” London, England Institution of Mechanical Engineers 1984
- Kvernes I. Lugscheider E. Fairbanks J. “Potential of Ceramic Coating Systems; Engineering Materials and Technical Aspects,” E-MRS Conference Strasbourg Nov. 1985
- Lugscheider E. Eschnauer H. Hauser B. Agethen R. “Plasma-Spraying of Stabilized Zirconia,” E-MRS Conference Strasbourg Nov. 1985
- Lugscheider E. Personal Communication with I. Kvernes March 1985
- Kvernes I. Fairbanks J. “Ceramic Coatings - Internal Combustion Engines,” Elsevier Applied Science Publisher Ltd. England
- Småvik N. June 1985 Valland H. Småvik N. “Thermal Barriers, Observed and Potentional Influence on Diesel Engine Performance,” E-MRS Conference Strasbourg Nov. 1985
- Valland H. Wyspianski G. “A Theoretical Analysis of Thermal Barriers in Diesel Engine Cylinders,” Norwegian Maritime Research Nov. 2 1982
- Kvernes I et al Proceedings of the First Conference on Advanced Materials for Alternative Fuel Capable Directly Fired Heat Engines Dec. 1979 233 257
- Bratton R.J. et al Proceedings of the Second Conference on Advanced Materials for Alternative-Fuel-Capable Heat Engines May 1982 6 82
- Seiersten M. et al Norwegian-German Cooperating Programme (NTNF, Oslo) DFVLR Information 1986
- Lunde O. Kvernes I. Nerholm O. NATO Advanced Coating Workshop Aquafredda di Mareata Italy April 1984
- Nørholm O. I.K. Technology Information Bulletin March 1986