Design and development of method of valve-train friction measurement

SAE Technical Papers

Volumn , Issue , 1998, Pages

  Baniasad, Saeid M ^a   Emes, Michael R ^b  

^a FORD MOTOR COMPANY   (United States)

^b St John's College   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

DIGITAL STORAGE; ENGINE CYLINDERS; FUEL ECONOMY; FUELS; MACHINE DESIGN; TRIBOLOGY; VALVES (MECHANICAL);

ABSOLUTE FRICTION; ANALYTICAL PREDICTIONS; COMBUSTION PRO-CESS; DESIGN AND DEVELOPMENT; ENGINE DEVELOPMENT; GOOD CORRELATIONS; ROTATIONAL VIBRATIONS; VALVE-TRAIN FRICTIONS;

FRICTION;

EID: 85072465928     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/980572     Document Type: Conference Paper

References (24)

1. Zhao, F.-Q, Lai, M-C, and Harrington, D. L., "A Review of Mixture Preparation and Combustion Control Strategies for Spark-Ignition Direct-Injection Gasoline Engines" SAE 970627.
2. Yang, L.S., [ 1992 ] Friction Modeling For Internal Combustion Engines
3. Zhu, G., "The Theoretical and Experimental Study of Direct Acting Cam and Follower with Hydraulic Lash Adjuster" Report for Ford Motor Company, Institute of Tribology, The university of Leeds (1992).
4. Patton, K.J, Nitschke, R.G., and Heywood, J.B, "Development and evaluation of a Friction Model for Spark-Ignition Engines" SAE 890836 (1989).
5. Staron, J.T., and Willermet, P.A., "An Analysis of Valve-train Friction in Terms of Lubrication Principles" SAE 830165 (1983)
6. Taylor, C.M., "Tribology" Loughborough University of Technology, Department of Aeronautical & Automotive Engineering and Transport Studies: Powertrain Module.
7. De Hart, A.O., and Harwick, D.H., "Engine Bearing Design" SAE 690008 (1969)
8. Paranjpe, R.S., and Gecim, B.A., "Comparative Friction Assessment of Different Valve-Train Types Using the FLARE (Friction and Lubrication Analysis) Code" SAE 920491 (1992)
9. Paranjpe, R.S., and Cusenza, A., "FLARE: An Integrated Software Package for Friction and Lubrication Analysis of Automotive Engines-Part II: Experimental Validation" (1992)
10. Rosenberg, R.C., "Reducing Wear for High Speeds, Light Loads" American Society of Mechanical Engineers Design Engineering Conference, New York, April 1971.
11. Ball, W.F., Jackson, N.S., Pilley, A.D., and Porter, B.C., "The Friction of a 1.6 Liter Automotive Engine-Gasoline and Diesel" SAE 860418, (1986).
12. Hoshi, M., "Reducing friction losses in automobile engines" Tribology international August 1984 Volume 17 No 4 pp 185-189, (1984).
13. Armstrong, W.B., and Buuck, B.A., "Valve Gear Energy Consumption: Effect of Design and Operation Parameters" SAE 810787 (1981).
14. Willermet, J.M., Pieprzak, J.M., and Dalley, D.P., "Friction Reduction in Valve-Trains: The Influence of Friction Reducing Oil Additives" SAE 890725 (1989).
15. Oetting, H., Pundt, D., and Ebbinghaus W., "Friction in Piston Group and New Ideas for Design" SAE 841299, (1984).
16. Hoshi M., and Baba, Y., "Study of Piston Friction Force in an Internal Combustion Engine" ASLE Trans., Vol. 30, (1986).
17. Millington B. W., and Hartles, E. R., "Friction Losses in Diesel Engines" SAE Tran., Vol. 77, (1968).
18. Cameron A., "The Principle of Lubrication" Wiley, (1966).
19. Bishop, I.N., "Effect of Design Variables on Friction and Economy" SAE 64812A, (1964).
20. Bitz G., and Zellbeck H., "Untersuchungen zur Reibleistung der Kolbengruppe (Investigation on Friction Losses of Piston Assemblies)" Motortechnischen Zeitschrift 47 10 PP. 433-437, (1986).
21. Case, J., and Chilver, A.H., "Strength of Materials and Structures" Second Edition, (1971).
22. Heywood, J. B., "Internal Combustion Engine Fundamentals" McGraw Hill, International Edition, (1988).
23. Rosenberg, R.C., "General Friction Considerations for Engine Design" SAE 821576, (1982).
24. Benham, P.P., and Crawford, R.J., "Mechanics of Engineering Materials" (1987).