Oil impacts on sequence VIB fuel economy

SAE Technical Papers

Volumn , Issue , 2001, Pages

  Boffa, Alex B ^a   Hirano, Satoshi ^a  

^a CHEVRON ORONITE COMPANY LLC   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

FRICTION; FUELS; TRIBOLOGY; VISCOSITY; VISCOSITY MEASUREMENT; ZINC COMPOUNDS;

AUTO MANUFACTURERS; CORPORATE AVERAGE FUEL ECONOMIES; ENGINE OIL TECHNOLOGY; FUEL-ECONOMY STANDARDS; RETENTION MEASUREMENT; STAGE-BY-STAGE ANALYSIS; VISCOMETRIC MEASUREMENTS; ZINC DIALKYLDITHIOPHOSPHATE (ZDDP);

FUEL ECONOMY;

EID: 85072469109     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/2001-01-1903     Document Type: Conference Paper

References (15)

1. Johnson M.D., McCollum C.B., Korcek S., Jensen R.K., Schriewier K.W., Neal P.N., and Lai P.K.S., "Sequence VIB Engine Test for Evaluation of Engine Oils-Part I: Aging Procedure for Determination of Fuel Economy Retention" SAE Paper No. 982623.
2. Sorab J., McCollum C.B., Korcek S., and Schriewier K.W., "Sequence VIB Engine Test for Evaluation of Engine Oils-Part II: Stage Selection and Time Factor Determination" SAE Paper No. 982624.
3. Taylor C.M., Editor, Engine Tribology, Elsevier, 1993.
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5. Bovington C., Sorab J., and Korcek S., "Friction Reduction in Lubricated Components Through Engine Oil Formulation" SAE Paper No. 982640.
6. Tseregounis S., McMillan M., and Olree R., "Engine Oil Effects on Fuel Economy in GM Vehicles-Separation of Viscosity and Friction Modifier Effects" SAE Paper No. 982502.
7. Devlin M.T., Lam W.Y., McDonnell T.F., "Critical Oil Properties that Control the Fuel Economy Performance of General Motor Vehicles" SAE Paper No. 982503.
8. Akiyama K., Ueda F., Miyake J., Tasaka K., and Sugiyama S., "Fuel Economy Performance of the Highly Efficient Fuel Economy Oils Using Chassis Dynamometer Test" SAE Paper No. 932690.
9. Kiovsky T.E., Yates N.C., and Bales J.R., "Fuel Efficient Lubricants and the Effect of Special Base Oils" Lubrication Engineering V 50 (4), pp. 307-312, March 1993.
10. Nagashima T., Saka T., Tanaka H., Satoh T., Yaguchi A., Tamoto Y., "Research on Low-Friction Properties of High Viscosity Index Petroleum Base Stock and Development of Upgraded Engine Oil" SAE Paper No. 951036.
11. Inoue K., Tominaga E., Akiyama K., and Ashida T., "Effects of Lubricant Composition on Fuel Efficiency in Modern Engines" SAE Paper No. 951037.
12. Wilk M.A., Abraham W.D., Dohner B.R., "An Investigation into the Effect of Zinc Dithiophosphate on ASTM Sequence VIA Fuel Economy" SAE No. 961914.
13. Devlin M.T., Greene S.V., and Wooton D.L., "Molecular Changes to Polymeric Additives Occurring During Fuel Economy Aging Tests" SAE Paper No. 982507.
14. Wilk M.A., and Newkirk M.S., "Toward Improved Fuel Economy in Passenger Car Motor Oils: An Investigation into the Influence of Detergent System and Friction Modifier as Measured by EPA Federal Test Procedure and Highway Fuel Economy Test Cycles" SAE Paper No. 982505.
15. Crosthwait K., May C., Deane B.C., "The Effect of High Quality Basestocks on PCMO Fuel Economy" NPRA Paper No. LW-99-126.