D C Slivik,C P Blankenship,JR E A Starke,JR and R P Gangloff.Intrinsic Fatigue Crack Growth Rates for Al-Li-Cu-Mg Alloys in Vacuum [J].Metal Trans,1993,22(3):1807-1817.
[2]
Kichiro Endo,Kenjiro Komai.Fatigue Crack Propagalion in an Aluminum Alloy in Ultra-High Vacuum [J].J Soc Mater and Sci Japan,1977,26:143-148.
[3]
D Khireddine,M H Khireddine.Low Cycle Fatigue Behavior of an Aluminium Alloy with Small Shearable Precipitates[J].Effect of Surface Coating,2000,22:585-591.
[4]
B I Verkin and N M Grinberg.The Effect of Vacuum on the Fatigue Behavior of Metals and Alloys [J].Mater Sci Eng,1979,41:149-181.
[5]
R WANG and H MUGHRABI.Fatigue of Copper Single Crystals in Vacuum and in Air [J].Mater Sci Eng,1984,65:219-243.
[6]
N M Gringerg.The Effect of Vacuum on Fatigue Crack Growth [J].Int J Fatigue,l98,(4):83-95.
[7]
S Suresh.材料的疲劳[M].北京:国防工业出版社,1999.237-258.
[8]
A Vinogadov,S Hashimoto,S Miura.Fatigue Crack lnitiation and Propagation in [210] Oriented Copper Single Crystals in Vacuum and in Air [J].Scripta Mat,1996,34:775-779.
