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High temperature compression behaviour of near γ-titanium aluminides containing additions of chromium or tungsten. Beddoes J,Zhao L,Wallace W. Materials Science and Engineering . 1994
[2]
The thermal stability of the microstructure ofγ-based titaninm aluminides. Ramanujan R V,Maziasz P J,Liu C T. Acta Materialia . 1996
[3]
High temperature deformation of Ti-(46~48)Al-2W intermetallic compounds. Kim H Y,Sohn W H,Hong S H. Materials Science and Engineering . 1998
[4]
Effects of microstructure on the deformation and fracture ofγ-TiAl alloys. Kim Y. W. Materials Science and Engineering . 1995
[5]
Effects of B and W alloying additions on the formation and stability of lamellar structures in two-phaseγ-TiAl. Maziasz P J,Ramanujan R V,Liu C T,Wright J L. Intermetallics . 1997
[6]
Current understanding of creep behaviour of nearγ-titanium aluminides. Beddoes J,Wallace W,Zhao L. International Management . 1995