[1]Barsom J.M.,Rolfe S.T.Fracture and control in Strutures,2nd end. Englewood Cliffs:Prentice-Hall,1987. [2]Pluvinage G. Notch effects in high cycles fatigue .In:Proceedings of the Ninth Internaltional Congress on Fracture(ICF9).UK: Pergamon, 1997:1239-1250. [3]David Taylor .Geometrical effects in fatigue:a unifying theoretical model 1999.Int J Fatigue 21:413-420. [4]B. Atzori, P. Lazzarin, S. Filippi. Cracks and notches:analogies and differences of the relevant stress distributions and pratical consequences in fatigue limit predictions2001.23:355-362. [5]Shepped SD .Fileld effects in fatigue crack initiation :long life fatigue strength .Trans ASME 1991;113:188-194. [6]Tylor D, O’Donnel M. Notch geometry effects in fatigue :a conservative design approach. Engineering Failure Analysis 1994;1:275-287. [7]Neuber H.Theory of notch stresses. Berlin: Springer, 1958. [8]Yao Weixing, Xia Kaiquan ,Gu Yi. On the fatigue notch factor ,kf 1995;17:245-251. [9]Siebel E ,Stieler M. Dissimilar stress distribution and cyclic loading .Z Ver Deutsch Ing 1995;97:121-131. [10]G. Qylafku, Z. Azari, N. Kadi, M. Gjonaj, G. Pluvinage. Application of a new model proposal for fatigue life prediction on notches and key-seats 1999;21:735-760. [11]Creager M. Paris Pc. Elastic field equations for blunt cracks with reference to stress corrosion cracking 1967;3:247-252.
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