Welding : theory and practice
著者
書誌事項
Welding : theory and practice
（Materials processing, theory and practices, v. 8）
North-Holland , Sole distributors for the USA and Canada, Elsevier Science Pub. Co., 1990
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注記
Includes bibliographies and indexes
内容説明・目次
内容説明
This volume gives a comprehensive and thorough review on recent advances in the science of welding and provides a treatise for their application in day-to-day welding activities. The essential science of welding is presented for the first time in a style that is comprehensible to the craftsman, engineer and scientist. The application of welding technology requires familiarity with a broad spectrum of engineering and science. The practitioners of this technology need to be familiar with mathematics, physics, chemistry, metallurgy, electrical engineering, and mechanical engineering to mention the basics. These practitioners may only have a scant knowledge in all areas, and this book is intended to provide those practising welding with a broad but subtly in-depth overview of the subject. To accomplish this the book is divided into: weld pool chemistry and microstructure, processes: high energy density; low energy density; and bonding, heat input and associated stress, and computer control. Each of these areas addresses the literature, the fundamental science and engineering, and where the technology stands with respect to the topic.
目次
1. The geometry of gas tungsten arc, gas metal arc and submerged arc weld beads (C. Heiple, J.R. Roper). 2. Solidification and structure of welds (J.A. Brooks, K.W. Mahin). 3. The fundamentals of weld metal pore formation (R.E. Trevisan, D.D. Schwemmer, D.L. Olson). 4. Control of chemical compositions and microstructure in low carbon microalloyed steel weldments (S. Liu, J.E. Indacochea). 5. Weld-pool pyrometallurgy (C.A. Natalie, D.L. Olson, M. Blander). 6. Arc-welding processes (H. Smartt). 7. Welding automation and computer control (S.J. Marburger). 8. Electron-beam welding (R.D. Dixon). 9. Explosive bonding (R.A. Patterson). 10. Pre- and post-weld heat treatment (J.E. Jones, A. Luo). 11. computational methods for calculating weld residual stresses in pipes (E. Rybicki). 12. Application of artificial intelligence techniques to welding (J.E. Jones, A.R. Rock).
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