Silicon carbide filament reinforced titanium aluminide matrix wi

Stock material or miscellaneous articles – All metal or with adjacent metals – Laterally noncoextensive components

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427 34, C22C 109, C22C 1400

Patent

active

050174380

ABSTRACT:
A method for forming a composite having a matrix which is stronger and which is resistant to cracking is disclosed. The composite is reinforced by silicon carbide fibers. The silicon carbide fibers are first RF plasma-spray coated with a niobium metal and the matrix metal of titanium base alpha-2 crystal structure is next RF plasma-spray deposited over the niobium coated SiC fibers to form a layer of Ti base metal reinforced by SiC fibers. A plurality of layered structures are consolidated by heat and pressure into a composite structure.

REFERENCES:
Brewer et al., "Metallurgical and Tensil Property Analysis of Several Silicon Carbide/Titanium . . . ", Metals Abs. 84-620054 and 82-630400.

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