Influence of combustion chamber deposits on vehicle performance and tailpipe emissions

SAE Technical Papers

Volumn , Issue , 1996, Pages

  Barnes, Julian R ^a   Stephenson, Trevor ^a  

^a Shell Research Ltd

Author keywords

[No Author keywords available]

Indexed keywords

COMBUSTION CHAMBERS; DEPOSITS; EXHAUST GASES; FUELS; MODEL AUTOMOBILES;

ACCELERATION PERFORMANCE; COMBUSTION CHAMBER DEPOSITS; CRITICAL CONDITION; IGNITION TIMING; PERFORMANCE AND EMISSIONS; TAILPIPE EMISSION; VEHICLE ACCELERATION; VEHICLE MODEL;

VEHICLE PERFORMANCE;

EID: 85072448189     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/962027     Document Type: Conference Paper

References (15)

1. Kalghatgi G.T.,. "Combustion chamber deposits in spark-ignition engines: A literature review". SAE. 952443.
2. Woodyard M.E.,. "Gasoline additive and deposit effects on the road and a Ford 2.3L engine test". SAE. 952446.
3. x emissions". SAE. 932815.
4. Harpster M.O. Jr. , Matas S.O., Fry J.H., and Litzinger T.A.,. "An experimental study of the influence of fuel composition and combustion chamber deposit effects on emissions from a spark ignition engine". SAE. 950740.
5. Graiff L.B.,. "Some new aspects of deposit effects on engine octane requirement increase and fuel economy". SAE. 790938.
6. Yonekawa Y., Nakamura K., and Okamaoto N.,. "The study of combustion chamber deposits (Part 5): The role of CCDs in fuel economy". J. Japan Petroleum Instistute.vol 25, pp 1777-182, 1982.
7. Heywood J.B.,. "Internal combustion engine fundamentals. McGraw Hill Book Co., 1988.
8. Cornetii G., Liguori V., Zanoni G., and Amedola L.,. "Power loss due to combustion chamber deposits". Journal of Automotive Engineers, pp 8-14, June 1971.
9. McNally M., Callison J., Evans B., Graham J., Swaynos D., Uihlein J., and Wutz T.,. "Effects of gasoline octane quality on vehicle acceleration performance-A CRC study". SAE 912394.
10. McNally M., Benson J., Callison J., Graham J., Wutz T.,. and Evans B.,. "Coordinating Research Council. Quantifying performance of knock-sensor equipped vehicles with varying octane level fuels". SAE. 892037.
11. Price R.J., Wilkinson J.P.T., Jones D.A.J., and Morley C.,. "A laboratory simulation and mechanism for the fuel dependence of SI combustion chamber deposit formation". SAE. 952445.
12. Megnin M.K., and Choate P.,. "Combustion chamber deposit measurement techniques". SAE. 940346.
13. Owens J.P.,. "Comparison of cylinder head deposit thickness and weight data in fleet and dynamometer testing". SAE. 952448.
14. Kalghatgi G.T., McDonald C.R., and Hopwood A.B.,. "An experimental study of combustion chamber deposits and their effects in spark-ignition engines". SAE. 950680.
15. ISO4259-Petroleum products-determination and application of precision data in relation to methods of test.