This content is not included in your SAE MOBILUS subscription, or you are not logged in.
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1972 by SAE International in United States
Annotation ability available
Detailed results which may be used for design purposes are presented comparing the effectiveness of alternative methods of piston cooling for highly rated engines.
These results, which have been obtained from rig and engine-running investigations covering a wide range of variables, are not found to be adequately correlated by existing pipe flow heat transfer equations, which are given. Details of how to choose a cooling method are presented.
|Technical Paper||Heat Transfer in Piston Cooling|
|Technical Paper||DETERMINATION OF LOCAL HEAT TRANSFER COEFFICIENTS AT THE PISTON OF A HIGH SPEED DIESEL ENGINE BY EVALUATION OF MEASURED TEMPERATURE DISTRIBUTION|
CitationFrench, C., "Piston Cooling," SAE Technical Paper 720024, 1972, https://doi.org/10.4271/720024.
- French C.C.J. “Taking the Heat off the Highly Boosted Diesel.” SAE Transactions 78 1969 paper 690463
- French C.C.J. “Problems Arising from the Water Cooling of Engine Components.” Proceedings IME 184 November 29 1970
- French C.C.J. Hartles E.R. Monaghan M.L. “Thermal Loading of Highly Rated Two Cycle Marine Diesel Engines.” C.I.M.A.C. London 1965
- French C.C.J. Hartles E.R. “The Cooling of Pistons in Marine Diesel Engines.” Proceedings of the Third International Heat Transfer Conference Chicago 1966
- Sieder E.N. Tate G.E. “Heat Transfer and Pressure Drop of Liquids in Tubes.” “Industrial and Engineering Chemistry,” 28 12 1936 1429
- Ede A.J. “The Effect of a Right Angled Bend on Heat Transfer in a Pipe.” International Heat Transfer Conference Boulder 1961
- Bush J.E. “Heat Transfer in a Reciprocating Hollow Piston Partially Filled with a Liquid.” Stanford University Technical Report No. 56 Palo Alto 1963