New directions in tribology : plenary and invited papers from the First World Tribology Congress, 8-12 September 1997
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Bibliographic Information
New directions in tribology : plenary and invited papers from the First World Tribology Congress, 8-12 September 1997
Mechanical Engineering Publications for the Institution of Mechanical Engineers, 1997
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Description and Table of Contents
Description
This volume contains 35 present ations on the developments and advances made in tribology. The first five plenary sessions, discussed issues of significant importance to modern tribology: history of tribology in the 20th century; the question of lubrication by very thin oil films under immense pressures; the wear of metals; the relationship of future tribological research to real industrial problems; and a survey of the currrent understanding of the molecular and atomic origins of friction and boundary lubrication.
Table of Contents
- Plenary papers: Progress in tribology - a historical perspective, D. Dowson
- High pressure rheology of lubricants and limitations of the Reynolds equation, S. Blair et al
- Wear mechanisms, K. Kato
- Tribology and the needs of industry, M.J. Neale
- Some surface science aspects of tribology, J.M. Georges. Invited papers: Test methods in tribology, A.F. Alliston-Greiner
- Combating abrasive-corrosive wear in aggressive mining environments, a. Ball
- Lubricants and environment, W.J. Bartz
- Realising the potential of duplex surface engineering, T. Bell
- tribology of hot metal forming, J.H. Beynon
- Micro/manotribology using atomic force/friction force microscopy - state of the art, B. Bhushan
- Sliding wear of materials, S.K. Biswas
- design and validation of laboratory-scale simulations for selecting tribomaterials and surface treatments, P.J. Blau
- Isolated contact stress deformations of polymers - the basis for interpreting polymer tribology, B.J. Briscoe
- Practical applications of lubrication models in engines, R.C. Coy
- tribochemistry of ceramics - science and applications, T.E. Fischer
- Tribology in the space environment, P.D. Fleischauer
- The problem-solving role of basic science in solid lubrication, M.N. Gardos
- Coating tribology - contact mechanisms and surface design, K. Holmberg et al
- Abrasive and erosive wear tests for thin coatings - a unified approach, I.M. Hutchings
- Life prediction in rolling element bearings, E. Ioannides
- At the boundary between lubrication and wear, B. Jacobson
- Tribology as a maintenance tool, Y. Kimura
- recent developments in wear-mechanism maps, S.C. Lim
- Teaching tribology, K.C. Ludema
- Simulation of real contact in tribology, N.K. Myshkin et al
- New probe methods for nanoscale asperities and thin films, S.A. Asif, J.B. Pethica
- Surface forces, surface chemistry, and tribology, K. Feldman et al
- Advances in the study of thin lubricant films, H. Spikes
- Numerical characterization of wear particle morphology and angularity of particles and surfaces, G.W. Stachowiak
- The influence of oxidation on the wear of metals and alloys, F.H. Stott
- A survey of tribology problems in the process industry and a suggested methodology for problem solving, J.D. Summers-Smith
- recent analysis and designs of thick-film bearing, M. Tanaka
- Friction and wear of PTFE-filled PPS and the role of PTFE filler, Y. Uchiyama et al
- Lubrication and wear of ultra-high molecular weight polyethylene in total joint replacements, A. Wang et al
- Materials-based concepts for an oil-free engine, M. Woydt
- State of the art of polymer tribology, S.W. Zhang
- Wear by hard particles, K.H. Zum Gahr. Subject index. Authors's index.
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