La présente étude vise à comprendre l'influence du comportement visco-élasto-plastique d'une matrice TP (PPS) et TD (Epoxy) sur le comportement en fatigue à haute température de composite tissés à fibres de carbone. Une analyse fractographique a permis de révéler le rôle déterminant des zones riches en matrice au niveau des plis à ±45° dans la chronologie d'endommagement et sur le comportement en fatigue de stratifiés à plis croisés et quasi-isotropes. Afin d'évaluer la contribution de la viscoélasticité et de la viscoplasticité de la matriceTP au comportement thermomécanique des stratifiés C/TP à T>Tg, un modèle viscoélastique de Norton généralisé ont été implémentés dans le code Eléments Finis Cast3m. Une technique de corrélation d’images...
International audienceThis study was aimed at investigating the time-dependent behavior of carbon wo...
Epoxy based composite materials are increasingly used for a wide range of applications. Both Airbus ...
International audienceCould thermoplastic-based composites be used to replace thermosetting-based co...
The present work was aimed at investigating the influence of the matrix visco-elastoplasticbehavior ...
Les composites verre/époxy utilisés dans les pales d’hydroliennes sont extrêmement sollicités en flu...
This project is focused on accelerating fatigue tests and constant strain rate (CSR) creep tests for...
Polymers are time-dependent materials. Polymer matrix composites behave as viscoelastic-viscoplastic...
The wide-spread opinion persists that epoxy matrices behave in a purely brittle manner. Their plasti...
International audienceThrough the application of a simple model, the concept of damage accumulation ...
International audienceThis work was aimed at investigating the influence of matrix ductility on the ...
In the next future, the employment of organic matrix/carbon fibre composites (OMC) is foreseen for t...
The use of thermoplastic-based composites for applications in high temperature aeronautical parts is...
The present work was aimed at investigating the fracture mechanics in woven-ply TP (PPS) based lamin...
International audienceThis study was aimed at investigating the time-dependent behavior of carbon wo...
Epoxy based composite materials are increasingly used for a wide range of applications. Both Airbus ...
International audienceCould thermoplastic-based composites be used to replace thermosetting-based co...
The present work was aimed at investigating the influence of the matrix visco-elastoplasticbehavior ...
Les composites verre/époxy utilisés dans les pales d’hydroliennes sont extrêmement sollicités en flu...
This project is focused on accelerating fatigue tests and constant strain rate (CSR) creep tests for...
Polymers are time-dependent materials. Polymer matrix composites behave as viscoelastic-viscoplastic...
The wide-spread opinion persists that epoxy matrices behave in a purely brittle manner. Their plasti...
International audienceThrough the application of a simple model, the concept of damage accumulation ...
International audienceThis work was aimed at investigating the influence of matrix ductility on the ...
In the next future, the employment of organic matrix/carbon fibre composites (OMC) is foreseen for t...
The use of thermoplastic-based composites for applications in high temperature aeronautical parts is...
The present work was aimed at investigating the fracture mechanics in woven-ply TP (PPS) based lamin...
International audienceThis study was aimed at investigating the time-dependent behavior of carbon wo...
Epoxy based composite materials are increasingly used for a wide range of applications. Both Airbus ...
International audienceCould thermoplastic-based composites be used to replace thermosetting-based co...