An Introduction to Heavy-Duty Diesel Engine Frictional Losses And Lubricant Properties Affecting Fuel Economy - Part I

Keywords

Lubricant, Automotive engineering, Diesel fuel, Heavy duty, Diesel engine

References

• Studies on Friction Characteristics of Reciprocating EnginesYutaro Wakuri, Mitsuhiro Soejima, Yoshito Ejima — 1995
• Diesel engineering handbookA. B. Newell — 1955
• Measurement of camshaft wear: wear and kinematics of overhead camshaftsP. D. Purmer, W. van den Berg — 1985
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• Strategy for energy conservation through tribologyO. Pinkus, D. F. Wilcock — 1977
• Cam Roller Follower Design for Heavy Duty Diesel EnginesVolker Korte, Thomas Glas, Markus Lettmann — 2000
• A Simplified Friction Model of the Piston Ring AssemblyRichard Stanley, Dinu Taraza, Naeim A. Henein — 1999
• Friction Losses in Multi-Cylinder Diesel EnginesDinu Taraza, Naeim A. Henein, Walter Bryzik — 2000
• Friction and Lubrication Characteristics of Piston Pin Boss Bearings of an Automotive EngineTadahiro Suhara, Shinji Ato, Masaaki Takiguchi — 1997
• Lubricants effects on piston/rings/liner friction in an instrumented single cylinder diesel engineArnaud Gauthier, B. Constans, H. Perrin — 1987
• A STUDY ON ENGINE BEARING PERFORMANCE FOCUSING ON THE VISCOSITY-PRESSURE CHARACTERISTIC OF THE LUBRICANT AND HOUSING STIFFNESSKenshi Ushijima, Katsuya Moteki, Takaharu Goto — 1996
• Effect of Design Variables on Friction and EconomyI. Bishop — 1964
• Experimental Analysis of Dynamics and Friction in Valve Train SystemsMircea Teodorescu, Dinu Taraza, Naeim A. Henein — 2002
• Piston Ring-Cylinder Bore Friction Modeling in Mixed Lubrication Regime: Part I—Analytical ResultsÖzgen Akalın, Golam Newaz — 2001
• Trends in engine technology and tribologyMasahiko Nakada — 1994
• Review of Power Cylinder Friction for Diesel EnginesDan Richardson — 2000
• Finite Element Analysis of Dynamically Loaded Journal Bearings: Influence of the Bolt PreloadFabrizio Stefani, A. Rebora — 2002
• Kinematics and wear patterns of cam and finger follower automotive valve gearA. Dyson — 1980
• The hydrodynamics of a cam followerG. M. Hamilton — 1980
• Dynamically Loaded Journal Bearings: Mobility Method of SolutionJ. F. Booker — 1965

Cited by

• IMPACT OF FRICTION REDUCTION TECHNOLOGIES ON FUEL ECONOMY FOR GROUND VEHICLESG.R. Fenske, R.A. Erck, O. O. Ajayi — 2009
• Investigating the Effect of Engine Lubricant Viscosity on Engine Friction and Fuel Economy of a Diesel EngineDevendra Singh — 2011
• Investigations of the Tribological Effects of Engine Oil Dilution by Vegetable and Animal Fat Feedstock Biodiesel on Selected SurfacesS. M. Shanta — 2011
• Low viscosity engine oils: Study of wear effects and oil key parameters in a heavy duty engine fleet testVicente Macián, Bernardo Tormos, Santiago Ruíz — 2016
• Surface and wear mechanisms analysis of phosphorous-free and conventional engine lubricants on cylinder liner and piston rings surfacesDoğuş Özkan, Hakan Kaleli̇, Yves Berthier — 2015
• Engine Friction Reduction Through Liner RotationMyoungjin Kim, Dimitrios Dardalis, Ronald D. Matthews — 2005
• Optimization of Timing Drive System Design Parameters for Reduced Engine FrictionUmut Uysal, Özgen Akalın — 2010
• Friction force measurement and analysis of the rotating liner engineMyoungjin Kim — 2005
• Valvetrain Friction Reduction through Thin Film Coatings and PolishingArup Gangopadhyay, Douglas G. McWatt, Robert J. Zdrodowski — 2012
• Technique of Measuring Piston Secondary Motion Using Laser Displacement SensorsYeow-Chong Tan, Zaidi Mohd Ripin — 2012
• Lubricant viscosity and viscosity improver additive effects on diesel fuel economyMargareth Carvalho, Peter Rudolf Seidl, Carlos Rodrigues Pereira Belchior — 2010
• Analysis of piston secondary motionYeow-Chong Tan, Zaidi Mohd Ripin — 2013
• A New Tool to Perform Global Energy Balances in DI Diesel EnginesF. Payri, Pablo Olmeda, Jaime Martín — 2014
• The Effect of Novel Surface Textures on Tappet Shims on Valvetrain Friction and WearArup Gangopadhyay, Douglas G. McWatt — 2008
• Development of valve train rig for assessment of cam/follower tribochemistryMacDonald Ofune, Paul Banks, Ardian Morina — 2016
• Global energy consumption due to friction in trucks and busesKenneth Holmberg, Peter Andersson, Nils-Olof Nylund — 2014
• Design Details of the Compression Ignition Rotating Liner Engine. Reducing Piston Assembly Friction and Ring/Liner Wear in Heavy-Duty Diesel EnginesDimitrios Dardalis, Ronald D. Matthews, A. O. Lebeck — 2012
• Analysis of engine temperature and energy flow in diesel engine using engine thermal managementDaebong Jung, Jinwoo Yong, Hoimyung Choi — 2013
• Prediction and Analysis of Engine Friction Power of a Diesel Engine Influenced by Engine Speed, Load, and Lubricant ViscosityDevendra Singh, Fengshou Gu, John D. Fieldhouse — 2014
• The Effect of Engine, Axle and Transmission Lubricant, and Operating Conditions on Heavy Duty Diesel Fuel Economy. Part 1: MeasurementsDavid Andrew Green, K. Selby, Robert Mainwaring — 2011

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