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Metal cutting is an essential process throughout engineering design and manufacturing industries. To increase efficiency and reduce costs, it is necessary to improve understanding of the metal cutting process. This book presents a comprehensive treatment of the subject that focuses on the features of the behavior of tool and work materials that influence the efficiency of metal cutting operations. The fourth edition of this acclaimed book has been expanded and revised to include significant changes and additions to metal cutting theory, and to cover developments in tool materials and industrial practice. In particular, improvements in the understanding of the generation of heat and distribution of temperature in the cutting tool are described; a discussion of the structure, properties, and performance of newly developed ceramic tool materials and tool coatings is presented; new information of the machinability of alloys is given; and the introduction of calcium deoxidized steels and their improved machinability are assessed. Additionally, a material selection and design-based approach is expanded upon to improve industrial relevance. Metal Cutting provides invaluable information for those engaged in machining, toolmaking, and related engineering activities, and it serves as a useful introduction to the subject for students of metallurgy and engineering.
- Presents a comprehensive treatment of the subject
- Includes information on significant changes and additions to metal cutting theory
- Offers industrial relevance through a materials selection and and design-based approach
Mechanical engineers - student and professional. Mechanical, manufacturing process engineers and designers
Table of Contents
- Introduction: Historical and Economic Context; Metal Cutting Operations and Terminology; The Essential Features of Metal Cutting; Forces and Stresses in Metal Cutting; Heat in Metal Cutting; Cutting Tool Materials I--High Speed Steels; Cutting Tool Materials II--Cemented Carbides; Cutting Tool Materials III; Machinability; Coolants and Lubricants; High Speed Machining; Modeling of Metal Cutting; Conclusions; Exercises for Students; Appendices to Exercises; Bibliography and Selected Websites; and Index.
- No. of pages: 464
- Language: English
- Copyright: © Butterworth-Heinemann 2000
- Published: January 3, 2000
- Imprint: Butterworth-Heinemann
- eBook ISBN: 9780080511450
- Hardcover ISBN: 9780750670692
About the Authors
Paul K. Wright
Professor Wright is prominent in the field, heads a prestigious department, and has very good industry contacts with Boeing Corp. and Ford. He is the nominated 'successor' of coauthor Edward Trent, whose book is a classic in the field.Wright, who was born in England and now resides in Berkeley, Calif., is professor of mechanical engineering and co-chairman of the Management of Technology Program at the University of California/Berkeley School of Engineering.He has written numerous articles for journals, conferences, and symposiums, as well as coauthored "Manufacturing Intelligence," with D.A. Bourne. In addition, he serves as a consultant and is involved in many professional organizations.
Affiliations and Expertise
Professor of Mechanical Engineering and Co-chairman of the Management of Technology Program at the University of California/Berkeley School of Engineering, USA
E M Trent
Edward Moor Trent was born in England and was the first to describe the diffusion wear mechanisms in tungsten-carbide-cobalt cutting tools. This work was the foundation for new grades of carbide for cutting steels, and subsequently for the development of coated cutting tools. Trent was a prominent lecturer in the Industrial Metallurgy Dept. at Birmingham University and was awarded the "Hadfield Medal" by the Iron and Steel Institute in recognition of his contributions to metallurgy. His accomplishments are highly regarded among professionals in the field today.
Affiliations and Expertise
Former Lecturer in the Industrial Metallurgy Department, Birmingham University, UK
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