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The inter-lamina failure prediction is achieved by means of the use of cohesive elements.
Application of CZM requires a-priori knowledge of an intended crack path and a use of cohesive elements.
The FEM analysis is based on the use of cohesive elements including mixed-mode criteria to simulate a cohesive fracture of the adhesive layer.
The model can be implemented in a finite element framework through the use of cohesive elements or the extended finite element method (XFEM).
A novel approach is proposed for the use of cohesive elements in the analysis of delamination propagation in composite materials under high-cycle fatigue loading.
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They include, an examination of solution convergence in the context of cohesive elements used as an approach to model crack initiation and propagation; performance of parametric studies to assess the role of grain boundary strength and toughness, and their stochasticity, on damage initiation and evolution.
The use of a zero-thickness layer of cohesive elements has also been investigated in order to simulate the delamination behaviour.
The normal and tangential damage threshold stresses of cohesive elements are 2.5 MPa.
Implementation of cohesive elements exhibited better delamination progression.
► Fatigue cracks are modeled by means of cohesive elements.
The second terms of the left-hand side of Eq. 1 represents the contribution of cohesive elements.
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