Titlebook: Application of Fracture Mechanics to Materials and Structures; Proceedings of the I G. C. Sih,E. Sommer,W. Dahl Conference proceedings 1984

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https://doi.org/10.1007/978-3-030-10940-0ructure which carries a transient electric current . and is placed in an uniform and steady magnetic field .. In the numerical analyses, we calculate the electric current distribution, the Joule heating and the extended J-integral with the effect of the electromagnetic force on fracture phenomena by

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Gaetano R. Lotrecchiano,Shalini Misral part try to change their dimensions but are hindered in doing that. In materials science and engineering, a great variety of distinct residual stress states occurs due to various technological treatments which are applied to materials during their life. Consequently, for a long time, engineers hav

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https://doi.org/10.1007/978-3-030-10940-0nues to receive increased attention because it is one of the most widespread modes of failure of machines and structures. According to the general aim of the present conference, this paper emphasizes three aspects of stress corrosion cracking: the applications of fracture mechanics, the role of mate

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Teaching Science in Southern Africanomenon frequently observed in metal alloys is slow crack growth prior to the onset of rapid fracture. This subcritical stage of material damage can occur under monotonic and cyclic loading. Quantitative assessment of this damage process, however, is not straightforward and requires the consistent t

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https://doi.org/10.1007/978-94-017-9300-1ation region can be treated by fracture mechanics methods. The Weibull theory is used to describe the scatter of crack initiation life and allows to consider the size effect. Test results from random loaded specimens show good agreement with the theoretical prediction.

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