International audienceThe basic aspects of a material mesomodel dedicated to composite laminates and capable of simulating complete fracture phenomena are discussed. Attention is focused herein on damage computation and, in particular, on the description of localisation phenomena. Both quasi-static and dynamic loadings are considered
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
In this article the enhanced version of the damage mesomodel (DML) developed at LMT is validated wit...
Summary. Damage and final fracture of laminated composite structures are described thanks to a very ...
L'utilisation de limiteurs de localisation est nécessaire pour prendre en compte l'apparition de mac...
International audienceThe present study concerns finite element predictions of carbon-fiber/epoxy-re...
International audienceThe basic aspects of a general damage computational approach which enable to s...
International audienceThis chapter presents the development of a model to bridge between damage mech...
Damage localization around stress raisers and material defects in laminated composites is studied us...
International audienceThe accurate prediction of damage and failure in laminated composites is still...
Damage localization around stress raisers and material defects in laminated composites is studied us...
International audienceWe develop a calculation strategy for the simulation of a complete microscopic...
International audienceThe recent advances in the modeling of degradations in stratified composites h...
The use of localization limiters is needed to take into account the apparition of macro-cracks durin...
Afin de fiabiliser la démarche de conception par simulation numérique des structures en composites s...
Laminated composites are increasingly involved in vital parts for the aeronautical industry. Degrada...
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
In this article the enhanced version of the damage mesomodel (DML) developed at LMT is validated wit...
Summary. Damage and final fracture of laminated composite structures are described thanks to a very ...
L'utilisation de limiteurs de localisation est nécessaire pour prendre en compte l'apparition de mac...
International audienceThe present study concerns finite element predictions of carbon-fiber/epoxy-re...
International audienceThe basic aspects of a general damage computational approach which enable to s...
International audienceThis chapter presents the development of a model to bridge between damage mech...
Damage localization around stress raisers and material defects in laminated composites is studied us...
International audienceThe accurate prediction of damage and failure in laminated composites is still...
Damage localization around stress raisers and material defects in laminated composites is studied us...
International audienceWe develop a calculation strategy for the simulation of a complete microscopic...
International audienceThe recent advances in the modeling of degradations in stratified composites h...
The use of localization limiters is needed to take into account the apparition of macro-cracks durin...
Afin de fiabiliser la démarche de conception par simulation numérique des structures en composites s...
Laminated composites are increasingly involved in vital parts for the aeronautical industry. Degrada...
International audienceDelamination is a phenomenon which involves complex degradation of both layers...
In this article the enhanced version of the damage mesomodel (DML) developed at LMT is validated wit...
Summary. Damage and final fracture of laminated composite structures are described thanks to a very ...