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Quantifying Parameters Relevant to Liner Cavitation on a Diesel Engine
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English
Abstract
A test method has been developed that evaluates power cylinder components and engine conditions to determine their effect on liner cavitation damage. This evaluation has become more important as the power density increases. This method shows promise to shorten time to production by quantifying the extent of cavitation damage by measuring parameters critical to cavitation verses crank angle. A factorial test was performed which evaluated engine variables such as speed, load, coolant temperature and coolant pressure as to their effect on cavitation.
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Citation
Bederaux-Cayne, W., "Quantifying Parameters Relevant to Liner Cavitation on a Diesel Engine," SAE Technical Paper 960881, 1996, https://doi.org/10.4271/960881.Also In
References
- Hercamp, R. D. “An Overview of Cavitation corrosion of Diesel Cylinder Liners” Engine Coolant Testing: Third Volume Beal Roy E. American Society for Testing and Materials Philadelphia 1993 107
- Trock, B. “A Study of Cavitation Erosion” SAE 758 Society of Automotive Engineers (SAE) Summer Meeting June 1956
- Hosny, D. A. “Real Time Cavitation Detection Method Society of Automotive Engineers (SAE) 960878 Warrendale,. PA 1996
- Schulmeister, R “Vibrating Tests in Water on the Combined Acting of Cavitation and Corrosion” Characterization and Determination of Erosion Resistance, ASTM STP 474 American Society of Testing and Materials 1970 113
- Knapp Engineering Society Monograph McGraw-Hill Book Company 1492