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OverviewFull Product DetailsAuthor: Hongyan Zhang , Jacek SenkaraPublisher: Taylor & Francis Ltd Imprint: CRC Press Edition: 2nd edition Weight: 1.111kg ISBN: 9781138075245ISBN 10: 1138075248 Pages: 456 Publication Date: 31 March 2017 Audience: College/higher education , Professional and scholarly , Tertiary & Higher Education , Professional & Vocational Format: Paperback Publisher's Status: Active Availability: In Print  This item will be ordered in for you from one of our suppliers. Upon receipt, we will promptly dispatch it out to you. For in store availability, please contact us. Table of ContentsReviewsThe second edition has made a great book even better. It remains a significant, practical aid to anyone interested in a better understanding of resistance welding science and it should be considered for their library. -Welding Journal, February 2013 Praise for the First Edition: The chapters are easy to comprehend, and the topics are presented in a 'big picture' basis. ... General concepts are the highlight. ... There are 20 to 40 references at the end of each chapter, and most of the chapters begin with a good literature, which then allows this book to be used as an introduction to welding at the graduate level in an engineering discipline. -JOM Online, March 2006 [this book] will almost certainly find its way into the library of anyone who needs or wants to understand the physics behind resistance spot welding ... [It offers] a detailed analysis of the physics involved in the resistance welding process that is, for the most part, remarkably easy to understand. ... They [the authors] have also reinforced their methodical explanations with nearly 300 original graphics ... For both the student and process user, there is a lot of basic information presented in an easy-to-read fashion ... For theoretical studies or laboratory work, there is a bounty of information beyond the excellent compilation of reference materials. It might be too soon to proclaim this work as historically significant, but it seems a virtual certainty that it will be viewed as such. In any case, the authors have certainly done a great service to the resistance welding industry. -David Beneteau, CenterLine Ltd., Windsor, Ontario, Canada The second edition has made a great book even better. It remains a significant, practical aid to anyone interested in a better understanding of resistance welding science and it should be considered for their library. -Welding Journal, February 2013 Praise for the First Edition: The chapters are easy to comprehend, and the topics are presented in a 'big picture' basis. ... General concepts are the highlight. ... There are 20 to 40 references at the end of each chapter, and most of the chapters begin with a good literature, which then allows this book to be used as an introduction to welding at the graduate level in an engineering discipline. -JOM Online, March 2006 [this book] will almost certainly find its way into the library of anyone who needs or wants to understand the physics behind resistance spot welding ... [It offers] a detailed analysis of the physics involved in the resistance welding process that is, for the most part, remarkably easy to understand. ... They [the authors] have also reinforced their methodical explanations with nearly 300 original graphics ... For both the student and process user, there is a lot of basic information presented in an easy-to-read fashion ... For theoretical studies or laboratory work, there is a bounty of information beyond the excellent compilation of reference materials. It might be too soon to proclaim this work as historically significant, but it seems a virtual certainty that it will be viewed as such. In any case, the authors have certainly done a great service to the resistance welding industry. -David Beneteau, CenterLine Ltd., Windsor, Ontario, Canada Author InformationDr. Hongyan Zhang is an associate professor in the Department of Mechanical, Industrial, and Manufacturing Engineering at the University of Toledo. He has published over 70 peer-reviewed journal and conference papers and contributed to a number of American Welding Society Standards. His research interests include materials, forming, welding, and mechanical fastening; manufacturing process monitoring and control; failure analysis; structural optimization; and hybrid propulsion systems. Dr. Jacek Senkara is a professor of the Production Engineering Faculty at Warsaw University of Technology. He has published roughly 100 scientific and technical papers in professional journals and conference proceedings and served as a principal investigator for a number of government, industry, and university-supported research projects. His research interests include materials aspects of welding and welding-related processes, along with the surface modification of materials. Tab Content 6Author Website:Countries AvailableAll regions |
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