The interdisciplinary nature of tribology encompasses knowledge drawn from disciplines such as mechanical engineering, materials science, chemistry and physics. The interaction between these different fields of knowledge to achieve the final result, the control of friction and wear, is reviewed in this volume. This interdisciplinary approach has proven to be a very successful way of analyzing friction and wear problems. In many cases tribology is viewed as an inaccessible subject which does not produce useful answers. In this volume the authors redress this problem by providing a comprehensive treatment of the subject. A basic feature of this book is the emphasis on describing various concepts in an accessible manner for the benefit of non-specialists. This principle is applied from the beginning of the book, where the reader is introduced to the fundamental concept of tribology. This concept is then often used to show how the various topics in tribology are interrelated to form one coherent subject. A direct graphical illustration of the mechanisms controlling tribological phenomena is presented. Carefully prepared diagrams allow rapid appreciation of the basic ideas and facts in tribology. The numerical anaysis of hydrodynamic lubrication is supported by a number of computer programmes which are included in the book. The control of wear is given extensive treatment with a thorough discussion of lubricant additives, solid lubricants and surface coatings. The effectiveness of coatings in suppressing specific forms of wear is analyzed together with the methods of coatings deposition. The book contains 474 figures and 44 tables. More then 1000 refrences are provided to give the reader access to more specialized information if required. The volume is intended to provide graduates in engineering or materials science with an understanding of the fundamental concepts of friction, wear and lubrication.
Author(s): C.M. Taylor (Eds.)
Series: Tribology Series 26
Publisher: Elsevier, Academic Press
Year: 1993
Language: English
Pages: ii-vi, 1-301
Content:
Advisory Board
Page ii
Edited by
Page iii
Copyright page
Page iv
Preface
Pages v-vi
C.M. Taylor
Short Journal Bearing Lubrication Theory Original Research Article
Pages 1-14
D.A. Jones
Elastohydrodynamic Lubrication Theory Original Research Article
Pages 15-50
D.A. Jones
Dry and boundary lubricated sliding friction and wear for engine component materials Original Research Article
Pages 51-74
T.H.C. Childs
Lubrication Regimes and the Internal Combustion Engine Original Research Article
Pages 75-87
C.M. Taylor
Engine Bearings: Background and Lubrication Analysis Original Research Article
Pages 89-112
C.M. Taylor
Engine bearing design: Design studies, wider aspects and future developments Original Research Article
Pages 113-157
F.A. Martin
Valve Train - CAM and Follower: Background and Lubrication Analysis Original Research Article
Pages 159-181
C.M. Taylor
Valve Trains — Design Studies, Wider Aspects and Future Developments Original Research Article
Pages 183-211
Guangrui Zhu
Piston Assemblies; Background and Lubrication Analysis Original Research Article
Pages 213-240
D Dowson
Analysis of the Piston Assembly, Bore Distortion and Future Developments Original Research Article
Pages 241-270
R.J. Chittenden, M. Priest
Solid Materials Original Research Article
Pages 271-286
K. Holmes
Engine lubricants Original Research Article
Pages 287-301
J.C. Bell