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MQAF Titanium Alloys and Titanium Bi-Alloy Composites
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English
Abstract
The development of a unique micro quenched age formed (MQAF) process for producing titanium alloys of shallow hardening composition with deep hardening characteristics is described. Also, in line with the desire to improve the elevated temperature strength of titanium alloys, an alternate approach has been devised for producing titanium alloys with useful strength above 1000 F. Data are presented on the development of composites of two titanium alloys, each constituent possessing complementary properties. It is believed that this bi-alloy concept offers great potential for titanium alloys in the high-temperature range.
Citation
Abkowitz, S., "MQAF Titanium Alloys and Titanium Bi-Alloy Composites," SAE Technical Paper 660458, 1966, https://doi.org/10.4271/660458.Also In
References
- “High Strength Titanium Base Aluminum-Vanadium-Iron Alloy”;
- “Heat Treated Titanium-Aluminum-Vanadium Alloy”
- “Titanium Base Alloys Containing Aluminum and Tin”
- “Titanium Base Aluminum-Tantalum-Columbium Alloys”
- “High Strength Titanium Base Zirconium-Aluminum Alloy”
- Rosenberg H. W. “Metallurgy of the Super Alpha Titanium Alloys.” Paper presented at 93rd Annual Meeting, AIME New York City February 1964
- “Method and Apparatus for Making Powder”