Design and optimization of composite laminates repaired by bonding external patches

International audienceno abstrac

Design and optimization of composite laminates repaired by bonding external patches

International audienceno abstrac

Tensile behaviour of anti-symmetric CFRP composite

This paper addresses the response of a 17-ply anti-symmetric carbon/epoxy composite subjected to uniaxial tensile loading. Hashin ply damage model is adopted to describe the damage behaviour of the plies, whereas damage initiation and progression of the interfaces are characterised by mixed-mode cohesive damage model. Force displacement curves obtained numerically and experimentally show good agreement. Results show that all laminae and interfaces experience the damage except laminae with 0 o fibre. In addition, damage is concentrated at the tab and central regions of the tensile specimen. Edge delamination is observed in all interfaces

Adhesive bonding characterization of composite joints

International audienceno abstrac

Numerical simulation of mode I delamination of multidirectional composites with fibre bridging effect

International audienceno abstrac

Adhesive bonding characterization of composite joints

International audienceno abstrac

Water uptake behaviour in carbon/epoxy composites

International audienceno abstrac

Fiber bridging in DCB specimens and its effects on R-curves of a glass/epoxy composite

International audienc

Effects of Stacking Sequence on the Mode -I Delamination of Carbon/Epoxy Laminates

International audienc