Kawabate et al. show that the yield strength of TiAl binary compound increases with increasing temperature, the unusual positive stress-temperature dependence(defined as R effect below)is found by compression experime...Kawabate et al. show that the yield strength of TiAl binary compound increases with increasing temperature, the unusual positive stress-temperature dependence(defined as R effect below)is found by compression experiments on Ti-57 at ％ Al single crystals. But the result of Lipisitt et al. and Huang shows that the tensile yield strength of TiAl展开更多
基金Project supported by the National Natural Science Foundation of China.
文摘Kawabate et al. show that the yield strength of TiAl binary compound increases with increasing temperature, the unusual positive stress-temperature dependence(defined as R effect below)is found by compression experiments on Ti-57 at ％ Al single crystals. But the result of Lipisitt et al. and Huang shows that the tensile yield strength of TiAl
