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Books by Keyword: Turning
Books
Edited by:
Fan Rui, Qiao Lihong, Chen Huawei, Ochi Akio, Usuki Hiroshi and Sekiya Katsuhiko
Online since: February 2009
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
This special volume focuses on the current progress and trends in machining technologies. The objective was to harness and exchange experience, knowledge, new ideas and information concerning the latest developments in research pertaining to a wide range of subjects such as machining of novel, difficult-to-cut and free-machining materials, new tool materials and new abrasive tools, precision, micro and nano-machining, abrasive machining, high-speed machining, unconventional machining, new machine tools and tooling technology, and monitoring of the machining process.
This special volume focuses on the current progress and trends in machining technologies. The objective was to harness and exchange experience, knowledge, new ideas and information concerning the latest developments in research pertaining to a wide range of subjects such as machining of novel, difficult-to-cut and free-machining materials, new tool materials and new abrasive tools, precision, micro and nano-machining, abrasive machining, high-speed machining, unconventional machining, new machine tools and tooling technology, and monitoring of the machining process.
Edited by:
Tsunemoto Kuriyagawa, Libo Zhou, Jiwang Yan and Nobuhito Yoshihara
Online since: September 2008
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
Abrasive technology concerns manufacturing processes that involve the use of abrasives in various forms. It has a long history; originating right from the first discovery of minerals. With increasingly stringent requirements for the production of high-precision and high surface-quality components, in applications such as silicon wafers for the semiconductor industry and optical lenses for the precision instrument industry, abrasive technology is becoming an increasingly important factor in precision manufacturing. An understanding of the mechanisms of abrasive technology ensures the soundness and integrity of current component manufacture, as well as leading to the development of new and effective techniques.
Abrasive technology concerns manufacturing processes that involve the use of abrasives in various forms. It has a long history; originating right from the first discovery of minerals. With increasingly stringent requirements for the production of high-precision and high surface-quality components, in applications such as silicon wafers for the semiconductor industry and optical lenses for the precision instrument industry, abrasive technology is becoming an increasingly important factor in precision manufacturing. An understanding of the mechanisms of abrasive technology ensures the soundness and integrity of current component manufacture, as well as leading to the development of new and effective techniques.
Edited by:
Yingxue Yao, Xipeng Xu and Dunwen Zuo
Online since: March 2008
Description: Volume is indexed by Thomson Reuters CPCI-S (WoS).
This collection comprises 144 papers which were carefully selected from the over 300 papers submitted for the purposes of this special volume. All of the papers were subjected to peer-review by at least two expert referees.
This collection comprises 144 papers which were carefully selected from the over 300 papers submitted for the purposes of this special volume. All of the papers were subjected to peer-review by at least two expert referees.
Edited by:
M. Marcos and L. Sevilla
Online since: October 2006
Description: Manufacturing can be considered to be the most wide-ranging, interdisciplinary and sometimes-controversial branch of Engineering. It is even sometimes difficult to define it concisely, but everybody recognises its contributions.
Edited by:
I.M. Low
Online since: September 1997
Description: Recent advances in ceramic science and technology have given rise to a new generation of high-performance ceramic cutting-tools which have an improved strength, hardness, toughness, wear resistance, thermal shock resistance and creep strength. These advances have resulted in better workpiece quality, improved tool-life or reliability, lower production costs, improved productivity, and have facilitated the machining of new or special alloys.
Edited by:
I.M. Low and X.S. Li
Online since: September 1995
Description: In the wake of the rapid progress made in ceramic science in recent years, advanced ceramic tools with superior mechanical properties have been developed, giving improved productivity, lower production costs and better workpiece quality. An introduction to the history, evolution, material properties, wear and fracture, processing technologies, and performance of various advanced ceramic tools has already been covered in Advanced Ceramic Tools for Machining Application - II.