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Titanium, Aluminum, and fine SiC or Al2O3 powders were used to synthesize Ti-Al intermetallicmatrix composites by hot press reactive sintering. In the SiC reinforced composites, the exothermic heat during sintering caused a reaction between SiC powders and Ti, producing Ti-Si compounds. The compounds increased the hardness of the composites, and existed mainly between the Ti3Al grain and the TiAl lamella. The fractured surface of the SiC reinforced composites showed much smaller cleavage than that found in the non-reinforced Ti-Al intermetallic. The change in size of microstructure was correlated with the size of fracture unit by the result of microbeam X-ray analysis.

On the Correlation between Microstructure and Mechanical Properties of Titanium Aluminide Matrix Composites.