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Advances in Materials Manufacturing Science and Technology XIV
Trans Tech Publications Inc, Jan 2012, Pages: 840
Series: Materials Science Forum, Volumes 697 - 698
Selected, peer reviewed papers from the 14th International Manufacturing Conference in China (IMCC2011), October 13-15, 2011, Tianjin, China
This book contains selected papers from the 14th International Manufacturing Conference, IMCC2011, held in China. The papers disclose the latest developments in the field of materials manufacturing technology: from fundamentals to new technologies and applications. In particular, these papers cover the topics of advanced manufacturing technology and equipment, materials-forming science and technology, digital manufacturing systems and management, modern design theory and methodology, and MEMS and Ultra-precision machining.
Review from Book News Inc.: An October 2011 conference offered a forum to discuss innovative research, recent technology, and emerging application trends in the fields of advanced manufacturing technology, modern management, and design theory and methodology. This book offers a total of 172 peer-reviewed papers from the conference, written by researchers and industrial practitioners. Material is organized into sections on advanced manufacturing technology and equipment, material-forming science and technology, digital manufacturing systems and management, modern design theory and methods, and MEM and ultraprecision manufacturing. Some specific topics include laser shock processing of Ni-base supperalloy and high-cycle fatigue properties, the effect of square wave AC parameters on weld forming performance, the dissolution mechanism of copper weld brazing with Cu-based brazing alloys, and a morphological filtering algorithm for estimation of tool wear in CNC milling machining. Other subjects investigated are buckling optimization of perforated curved shells, stability analysis of a processor unit in a deep-sea application, error modeling for a master slave surgical robot system, and advanced optics applications using ultra-precision free-form machining technology. B&w photos are included.
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