Jin Yong-jie, Li Ru-feng, Zhou Chun-tian, Gou Qiu-jing. The Elasto-PIastic Strain Analysis of Notched Plate under Cyclic Loading——An Application of Plastic Anisotropic Hardening Theory[J]. Applied Mathematics and Mechanics, 1989, 10(9): 773-777.
Citation:
Jin Yong-jie, Li Ru-feng, Zhou Chun-tian, Gou Qiu-jing. The Elasto-PIastic Strain Analysis of Notched Plate under Cyclic Loading——An Application of Plastic Anisotropic Hardening Theory[J]. Applied Mathematics and Mechanics, 1989, 10(9): 773-777.
Jin Yong-jie, Li Ru-feng, Zhou Chun-tian, Gou Qiu-jing. The Elasto-PIastic Strain Analysis of Notched Plate under Cyclic Loading——An Application of Plastic Anisotropic Hardening Theory[J]. Applied Mathematics and Mechanics, 1989, 10(9): 773-777.
Citation:
Jin Yong-jie, Li Ru-feng, Zhou Chun-tian, Gou Qiu-jing. The Elasto-PIastic Strain Analysis of Notched Plate under Cyclic Loading——An Application of Plastic Anisotropic Hardening Theory[J]. Applied Mathematics and Mechanics, 1989, 10(9): 773-777.
In order to predict the life of engineering structures, it is necessary to investigate the strain distribution in notched members.In gineral, the Uauschinger Effect of materials under cyclic loading is not negligible, and so the anisolropic hardening model has been suggested.From the comparison between the calculated and experimental results in this paper, we can see that even the linear kinematic hardening model is quite suitable for strain analysis under cyclic loading.
Axelsson,K.and A.Samuelsson,Finite element analysis of elasto-plastic materials displaying mixed hardening,Inter.J.Num.Meth.Engng.,14(1979) 211-225.
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Zenner,H.,On life prediction in low cyclic-fatigue,Proceedings of the Intenational Symposium on Low-Cyclic Fatigue Strength and Elasto-Plastic Behaviour of Materials(1979).
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Owen,D.R.J.,and E.Hinton,Finite Element in Plasticity:Theory and Practice,Pineridge Press Limited,Swansea,U.K.(1980).
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