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Heat Transfer in Piston Cooling
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English
Abstract
This paper presents the results of an experimental investigation in the effectiveness of various cooling methods of pistons in internal combustion engines. The advantages and disadvantages of different methods are stressed and quantitative data are obtained for calculation and prediction of piston temperatures. The methods discussed are: no oil cooling, cooling from a pressure lubricated small end, jet cooling, and “cocktail shaker.”
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Authors
Citation
Stotter, A., "Heat Transfer in Piston Cooling," SAE Technical Paper 660757, 1966, https://doi.org/10.4271/660757.Also In
References
- Stotter A Woolley K. S. Ip E. S. “Exhaust Valve Temperature - A Theoretical and Experimental Investigation.” Paper presented at SAE International Automotive Engineering Congress Detroit January 1965
- Ip E. S. “Temperature Distribution in Diesel Engine Pistons.” The Engineer Nov 1962 935
- Stotter A. “Der Waermefluss in Kolben de Verbren-nungskraftmaschine.” Dissertation T. H. Aachen 1962
- Whitehouse N. D. Stotter A. Gray C. “Piston Thermal Loading.” I. Mech. E. Symposium Birmingham October 1964
- Wolfstein M. “Heat Transfer between Laminar Liquid Jet and a Flat Plate.” Master of Science Thesis, Israel Institute of Technology Haifa June 1964