Abstract
A model is constructed to evaluate the mode II stress intensity factor (SIF) for the layered material with a center crack under an arbitrary shear crack surface loading. The mixed boundary value problem is formulated by the Fourier integral transform method and a Fredholm integral equation is derived. The integral equation is numerically solved and the effects of the mode II SIF on the ratio of the shear modulus between each layer, Poisson's ratio and crack length to layer thickness are analyzed.
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