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Interface cracks in bimaterial systems
1981Having treated materials with nonhomogeneities that are continuous functions of the space variables, it is natural to inquire into nonhomogeneities of a discrete nature. The simplest system of this kind is a bimaterial composite made of two homogeneous isotropic bodies with cracks prevailing at the interface.
George C. Sih, E. P. Chen
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Virtual crack closure technique for an interface crack between two transversely isotropic materials
International Journal of Fracture, 2017Elad Farkash, L. Banks‐Sills
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Analysis of interface crack in piezoelectric materials using extended finite element method
, 2019G. Pamnani, S. Bhattacharya, S. Sanyal
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A note on the Virtual Crack Closure Technique for a bimaterial interface crack
International Journal of Fracture, 2016L. Banks‐Sills, Elad Farkash
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The effect of surface stress on an interface crack in linearly elastic materials
, 2016T. Sigaeva, P. Schiavone
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Estimation of a mixed-mode cohesive law for an interface crack between dissimilar materials
, 2016Sungbin Song, Kwangsoo Kim, Hyun Gyu Kim
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Enriched finite element method for three-dimensional viscoelastic interface crack problems
, 2016Junhui Yang, Y. Lei, Ju-Bum Han, S. Meng
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Influence of the alloying elements Re, Co and W on the propagation of the Ni/Ni3Al interface crack
, 2015Shu-Lan Liu, Chong-yu Wang, Tao Yu
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