Triaxiality at crack tip for combined Lankford's coefficient and degree of anisotropy subjected to mixed-mode (I/II) fracture |
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Authors: | Ruchin Kacker Shailendra Singh Bhadauria |
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Affiliation: | Department of Industrial and Production Engineering, National Institute of Technology, Jalandhar, India |
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Abstract: | Structural parts used in boilers, turbines, ships, and many household purposes are manufactured through sheet metal forming processes. During manufacturing, the micro structure of the material is deformed and micro cracks along with anisotropic properties get induced. Present research deals with a thin sheet metal plate containing a central crack subjected to mixed mode (I+II) loading. With special reference to Lankford's coefficient and degree of anisotropy, the effect of anisotropic triaxiality on crack initiation angle has been investigated. The result reveals the combinations of Lankford's coefficient and degree of anisotropy for which crack initiation angle do not change. |
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Keywords: | Anisotropic triaxiality crack initiation angle degree of anisotropy Lankford's coefficient mixed mode (I+II) loading |
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