3Ellyin F,Fakinlede C O A.Crack Tip Growth Rate Model for Cyclic Loading[C],Proc.10th Canadian Fracture Conf.,Waterloo,Ontario,Canada,August 24-26,1983,229-237.
4Kujawski D,Ellyin F.A Cumulative Damage Theory for Fatigue Crack Initiation and Propagation[J],Int J Fatigue,1984,6(2):83-88.
5Zhao Jun,Zhang Xing.The Asymptotic Study of Fatigue Crack Growth Based on Damage Mechanics[J],Eng.Fra.Mech.1995,50(1):131-141.
6Zheng Xiulin.On Some Basic Problems of Fatigue Research in Engineering[J],International Journal of Fatigue,2001,23:750-766.
7Roberts T M,Davies A W,Holford K M.Structural Integrity of Welded Steel Structures[J].Key Engineering Materials.1999,167-168:142-151.
8Paris P,Erdogan F.Trans.of ASME 1963:528-534.
9Richards C E,Lindley T C.The Influence of Stress Intensity and Microstructure on Fatigue Crack Propagation in Ferritic Materials[J].Eng.Fra.Mech.1972,14:951-978.
10Forman R G,Kearney V E,Engle R M.Numerical Analysis of Crack Propagation in Cyclic loaded Structures[J].Journal of Basic Engineering 89,1967:459-464.
