Wear : 35th anniversary issue : novel aspects of wear
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書誌事項
Wear : 35th anniversary issue : novel aspects of wear
Elsevier Sequoia, c1992
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注記
"Reprinted from Wear, vol. 153, No. 1"
Includes indexes
内容説明・目次
内容説明
In 1992 it will be 35 years since the journal Wear was launched. The ever increasing interest in Wear and the increasing flow of material made us decide to celebrate the 35th birthday of Wear with an issue of invited papers in 1992. There have been exciting developments in the wear research in recent times and the invited papers in this special volume reflect these trends. Scientific studies of events controlling wear, friction and lubrication on an atomic or molecular scale are contributing greatly to our understanding of the macroscopic manifestations of tribology. The papers presented in this volume illustrate current trends in studies of basic wear processes in wear, friction and lubrication. Perhaps the outstanding feature of this volume is that it demonstrates that emphasis is now being placed upon studies of interacting surfaces at the atomic or nanometre level rather than the macro or micron level which was dominant in recent decades.
目次
- Introduction
- Atomistic mechanisms of adhesive contact formation and interfacial processes
- Mechanism of cavitation damage in thin liquid films: collapse damage vs. inception damage
- Elastic-plastic contact model for bifractal surfaces
- Tribological studies of various magnetic heads and thin-film rigid disks
- The role of environment in the friction of diamond for magnetic recording head applications
- A study of parched lubrication
- The behaviour of transverse roughness in sliding elastohydrodynamically lubricated contacts
- Quantitative analysis of surface topography using scanning electron microscopy
- Mechanics and materials in fretting
- Wear behaviour of i-carbon coatings
- Sliding friction and wear of plain carbon steels in air and vacuum
- Oxidational wear modelling: I
- The formation of aluminium hydroxide in the sliding wear of alumina
- Sliding wear mechanism of polytetrafluoroethylene [PTFE] and PTFE composites
- An investigation of the interaction of model asperities of similar hardness
- Microscopic origins of the interface friction of organic films: the potential of vibrational spectroscopy
- Micro-mechanisms of wear - wear modes
- Notes on Contributors
- Author Index
- Subject Index.
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