Approaches to Modeling of Friction and Wear

1. Invited Area Lectures.- 1.1 Friction and Wear from The Materials Science Vantage Point.- 1.2 Modeling of Friction and Wear Phenomena.- 2. Workshop Summary.- 2. Workshop Summary.- 3. Contributed Brief Position Papers.- 3.1 Tribology Modeling.- 3.2 Modeling of Dry and Boundary Lubricated Contacts as Seen from The Hydrodynamicist's Perspective.- 3.3 Assessing Research Needs in Tribology.- 3.4 Amontons and Coulomb, Friction's Pounding Fathers.- 4. Contributed Brief Scientific Papers.- 4.1 On Use of Surface Deformation Models to Predict Tribological Behavior.- 4.2 Modelling Tribochemistry.- 4.3 Role of Nanostructure of Adsorbed Layers in Lubrication.- 4.4 A Proposed Model for the Development of High Temperature Fluids for Lubrication of Ceramics.- 4.5 Simple Model of Metalworking Friction Under Extreme Pressure.- 4.6 Use of Cutting Force in Disciplining Relations Between Abrasive Wear and Mechanical Properties.- 4.7 Large Plastic Deformation in Sliding Friction and Wear.- 4.8 Friction with Solid Lubricant Films.- 4.9 On The Role of Adhesion in The Wear Process.- 4.10 Possible Relationships Between Partial-Elastohydrodynamic Lubrication and Wear Modelling.- 4.11 Sliding Systems with No Wear.- 4.12 Comparison of Wear Chip Morphology with Different Models of "Adhesive" Wear.- 4.13 A Proposed Thermomechanical Wear Theory.- 4.14 Predictive Models for Sliding Wear.- 4.15 Surface Deformation Considerations for Rolling with Incipient Sliding.- 4.16 Some Thermal Implications on The Life of High Speed Rolling Element Bearings.- 4.17 Profilometric Roughness and Contact Fatigue.- 4.18 Two-dimensional Dynamics of Coulomb Friction.- 4.19 Microscopic Mechanisms of Tribological and Wear Processes: Molecular Dynamics Simulations.- 4.20 On Fractal Dimension of Engineering Surfaces.