Tribology for Energy Conservation (Hardcover, Revised)

Session headings and selected papers: Keynote Address. A role for tribology in life cycle design (R. Clift). Invited Lectures. Fuel economy improvement by engine and gear oils (W.J. Bartz). Lubricants (1). Nano-rheology of polyisoprene solutions confined between two solid surfaces (S. Millot et al.). Wear. Preliminary study of the tribological performance of surface coatings under different slide-to roll ratios and lubricated condition (C.W. Chan et al.). Friction Reduction. Four great challenges confronting our understanding and modeling of sliding friction (P.J. Blau). Hydrodynamics. Analysis of mixed lubrication of dynamically loaded journal bearings including non-Newtonian effects and mass conserving (C. Zhang et al.). Elastohydrodynamic Lubrication. Starved elastohydrodynamic lubrication of the rib-roller end contact in tapered roller bearings: film thickness, traction and moments (F. Colin et al.). Surface Roughness. Experimental studies of dynamic sliding wear for PEHL contacts (W. Wang, P.L. Wong). Invited Lectures. Energy conservation through surface engineering (P.A. Dearnley, H. Weiss). The impact on tribological issues of energy conservation in metal forming operations (J.H. Beynon). Manufacturing. Optimisation of wall friction in food processing (B.J. Briscoe et al.). Component Life. Analysis of the fretting behaviour of a glass/epoxy interface (M. Kharrat, A. Chateauminois). Component Life - Condition Monitoring. Condition based maintenance - the benefits of counting the cost (B.S. Rajan, B.J. Roylance). Lubricants (2). Elastohydrodynamic friction behaviour of polyalphaolefin blends (A. la Fountaine et al.). Automative. Friction Reduction.