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Cost Effectiveness of Titanium for High Performance Applications
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English
Abstract
Titanium, a metal commercially developed and driven by aerospace applications, is being increasingly used for industrial and consumer applications. With increasing numbers of titanium alloys and increased design information, improved performance is being achieved by designing systems utilizing its unique combination of properties. Widespread acceptance has been limited by initial cost relative to other common metals. Emerging technologies will make titanium more attractive by decreasing raw material costs, improving fabrication efficiency and increasing productivity. The utilization of new low cost alloys is expected to be attractive for widespread commercial applications.
Authors
Citation
Seagle, S. and Bannon, B., "Cost Effectiveness of Titanium for High Performance Applications," SAE Technical Paper 860609, 1986, https://doi.org/10.4271/860609.Also In
References
- Kroll W. J. “How Commercial Titanium and Zirconium Were Born” Journal of Franklin Institute 260 Sept. 1955
- “Titanium: Past, Present and Future” National Materials Advisory Board, NMAB-392, National Academy Press Washington, D.C. 1983
- ASM Metals Reference Book American Society for Metals 1981
- Meetham G. W. “The Future for Titanium and Superalloys” Titanium and Super-alloys Conference New York 1982
- Ikeshema T. “Recent Developments in Titanium Sponge Production” Titanium Science and Technology , Proceedings of the Fifth International Conference on Titanium 1 3-14 Deutsche Gesellschaft für Metallkunde 1984
- Wood R. A. “The Titanium Industry in the Mid-1970's” MCIC Report 75-26 Defense Information Analysis Center Columbus, OH June 1975
- Apelian D. Entrekin C. H. “Electron Beam Melting vs. Plasma Melting: A Critical Review” Proceedings of Electron Beam Melting and Refining: State of the Art 1984 Bakish Materials Corporation Englewood, NJ
- Irving R. R. “Superplasticity - A New Metal Forming Technology” Iron Age April 5 1985
- Katrak F. F. Titanium and Superalloys Conference New York 1982