Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach

Update: 2013-07-10

Description

The cohesive zone model has been widely used for the description of quasi-static crack growth of interfaces and, recently, evolutions have been proposed in order to account for fatigue phenomena. In this work the cohesive zone model previously developed by the authors to simulate fatigue crack growth at interfaces in 2D geometries is extended to 3D cracks under mixed-mode I/II loading.

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Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach

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Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach

F.Moroni, A.Pirondi, G. Giuliese

#box-pro-ellipsis-176058062331281{-webkit-line-clamp:2;}Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach

Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach

F.Moroni, A.Pirondi, G. Giuliese

Simulation of fatigue debonding in adhesively bonded three-dimensional joint geometries using a cohesive zone model approach