Introduction | |
Friction and Energy Dissipation at the Atomic Scale - A Review | p. 3 |
The Mechanics of Adhesion, Deformation and Contamination in Friction | p. 21 |
A Rheological Basis for Concentrated Contact Friction | p. 37 |
On the Theory of Quasi-Hydrodynamic Lubrication with Dry Powder: Application to Development of High-Speed Journal Bearings for Hostile Environments | p. 45 |
The Influence of Base Oil Rheology on the Behaviour of VI Polymers in Concentrated Contacts | p. 65 |
Temperature Profiling of EHD Contacts Prior to and During Scuffing | p. 73 |
Computational Fluid Dynamics (CFD) Analysis of Stream Functions in Lubrication | p. 81 |
Shear Properties of Molecular Liquids at High Pressures - A Physical Point of View | p. 97 |
Magnetic Damage in Mn-Zn and Ni-Zn Ferrites Induced by Abrasion | p. 117 |
Effects of Surface Roughness Pattern on the Running-In Process of Rolling/Sliding Contacts | p. 125 |
Influence of Frequency and Amplitude Oscillations on Surface Damages in Line Contact | p. 139 |
Effects of Surface Topography and Hardness Combination Upon Friction and Distress of Rolling/Sliding Contact Surfaces | p. 151 |
Anti-Wear Performance of New Synthetic Lubricants for Refrigeration Systems with New HFC Refrigerants | p. 163 |
A Molecularly-Based Model of Sliding Friction | p. 173 |
Friction of Dielectric Materials : How is Energy Dissipated? | p. 185 |
Friction Energy Dissipation in Organic Films | p. 193 |
Interfacial Friction and Adhesion of Wetted Monolayers | p. 205 |
Effect of Thickness on the Friction of Akulon - A Problem of Constrained Dissipation | p. 213 |
Interface Friction and Energy Dissipation in Soft Solid Processing Operations | p. 223 |
The Effect of Interfacial Temperature on Friction and Wear of Thermoplastics in the Thermal Control Regime | p. 235 |
The Relation Between Friction and Creep Deformation in Articular Cartilage | p. 247 |
Characteristics of Friction in Small Contact Surface | p. 253 |
Sliding Friction in Porous and Non-Porous Elastic Layers: The Effect of Translation of the Contact Zone Over the Porous Material | p. 261 |
The Effect of Additive of Silane Coupling Agent to Water for the Lubrication of Ceramics | p. 267 |
The Origin of Super-Low Friction Coefficient of MoS[subscript 2] Coatings in Various Environments | p. 277 |
Characterisation of Elastic-Plastic Behaviour for Contact Purposes on Surface Hardened Materials | p. 287 |
On the Cognitive Approach Toward Classification of Dry Triboparticulates | p. 303 |
Surface Chemistry Effects on Friction of Ni-P/PTFE Composite Coatings | p. 329 |
Transfer Layers in Tribological Contacts with Diamond-Like Coatings | p. 337 |
Surface Breaking Crack Influence on Contact Conditions. Role of Interfacial Crack Friction. Theoretical and Experimental Analysis | p. 345 |
The Generation by Friction and Plastic Deformation of the Restraining Characteristics of Drawbeads in Sheet Metal Forming - Theoretical and Experimental Approach | p. 361 |
A Model for the Estimation of Damping in Helical Strand Under Bending Vibration | p. 373 |
Energy Dissipation and Crack Initiation in Fretting Fatigue | p. 389 |
Friction in Partially Lubricated Conjunctions | p. 399 |
Third Body Theoretical and Numerical Behaviour by Asymptotic Method | p. 415 |
Thermomechanical State Near Rolling Contact Areas | p. 423 |
Thermal Dissipation in Elliptical Bore Bearings | p. 431 |
Material Dissipative Processes in Automotive Engine Exhaust Valve - Seat Wear | p. 445 |
Thermal Matching of Tribological Systems | p. 453 |
Power Loss Prediction in High-Speed Roller Bearings | p. 465 |
Power Dissipation in Elastohydrodynamic Traction Drives | p. 479 |
Frictional Heating of Elliptic Contacts | p. 491 |
Soil-Structure Interface Friction in Reinforced Soils | p. 501 |
Diagrams for Estimation of the Solidified Film Thickness at High Pressure EHD Contacts | p. 507 |
Fracture Modes in Wear Particle Formation | p. 521 |
The Influence of Lubricant Degradation on Friction in the Piston Ring Pack | p. 531 |
High Speed Damage Under Transient Conditions | p. 537 |
Incipient Sliding Analysis Between Two Contacting Bodies. Critical Analysis of Friction Law | p. 549 |
Written Discussion | p. 559 |
List of Delegates | p. 567 |
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