ADVANCED MATERIALS Titanium Aluminides

Clement. T.P., Parsonage, T,Band M.B, Kuxhaus Ti2AlNb = Based. Alloys Outperform Conventional Titanium Aluminides, Advanced Materials < Processes, 37 (March 1992). 

Jha, S.C., et al. Titanium-Aluminide Foils, Advanced Materials Processes, 87 (April 1991). 

Gao, M., Boodey, J. B., and Wei, R. P., Misfit Strains and Mechanism for the Precipitation of Hydrides in Thermally Charged Alpha-2 Titanium Aluminides, in Environmental Effects on Advanced Materials, R. H. Jones and R. E. Ricker, eds., The Minerals, Metals and Materials Society, Warrendale, PA (1991), 47-55. 

New structural intermetallic alloys for high-temperature applications are at the center of the present interest in intermetallics, which is still growing. A few developments, which are based on the classic phases NijAl, TijAl and TiAl, and which are known as the nickel aluminides and the titanium aluminides, are on the brink of commercialization, but even these developments are still at an early stage compared with other developments of advanced materials, e.g. the modern engineering ceramics. Much more experimental and theoretical work is necessary to solve the processing problems and to ad-... 

---