J A Hines,G Lǔtjering.Propagation of Microcracks at Stress Amplitudes below the conventional fatigue limit in Ti-6Al-4V[J].Fatigue Fract Eng Mater Struct,1999,22 (8):657-666.
[3]
A L Dowson,C J Beevers and L Grabowski.The Microstuctural Features Associated with the Growth of Short Fatigue Cracks in a Near -Alpha Ti Alloy[A].F H Froes and I Caplan.Titanium ′92 Science and Technology[C].TMS,1993.1741-1748.
[4]
G Lǔtjering.Influence of Processing on Microstructure and Mechanical Properties of(α+β)Titanium Alloys[J].Mat Sci Eng,1998,A243:32-45.
[5]
W J Evans.Optimising Mechanical Properties in Alpha + Beta Titanium Alloys[J].Mat Sci Eng,1998,A243:89-96.
[6]
M Ya Brun,G V Shakhanova.Titanium Alloy Structure and Parameters Defining Its Diversity[J].Tianium Scientific Technical Journal,1993,1 (3):24-29.
