High Performance Metallic Materials for Cost-Sensitive Applications
by F.H. (Sam) Froes, E. Chen, R.R. Boyer, E.M. Taleff, L. Lu, D.L. Zhang, C.M. Ward-Close, and D. Eliezer, editors |
Description These proceedings examine the most recent advances and best practices in structural materials selection, design, and manufacturing for producing affordable components, with a focus on titanium, aluminum, and other advanced metallic materials. This volume discusses melting, casting, powder metallurgy, forging, forming, extrusion, and machining, as well as processing advances, innovative processing techniques, process modeling and materials by design, and new alloys, as well as related processing-microstructure-properties-performance-cost studies.
This book can be purchased either on CD-ROM, or portable document format (PDF). PDF and CD-ROM books can be viewed using the free Adobe Acrobat Reader Program on Windows, Macintosh, Unix, and other systems. Access Acrobat Reader through the TMS Document Center at http://doc.tms.org. PDF and CD-ROM books are completely text-searchable, allowing users to locate important information quickly by typing in key words.
PDFs of individual papers from select out-of-print conference proceedings and journals can be ordered directly from TMS. To order, contact a TMS Publications Sales Representative by phone at (724) 776-9000 ext. 270; by fax at (724) 776-3770; or by e-mail at publications@tms.org. Prices are $11 for TMS members and students and $15 for nonmembers.
A collection of papers from the 2002 TMS Annual Meeting and Exhibition held in Seattle, Washington, February 17-21, 2002.
To gain a flavor of the content of the volume, a number of supporting pages (e.g., table of contents, subject index) are available for complimentary download in portable document format. The book can be purchased on CD-ROM, or in downloadable portable document format.
Relevant Keyword(s) Advanced Processing;
Aluminum;
Copper Nickel and Cobalt;
Extraction and Processing;
High-Temperature Materials;
Iron and Steel;
Lightweight Materials;
Manufacturing and Markets;
Shaping and Forming;
Titanium;
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