International audienceTo improve the knowledge on the rheology of sheet molding compounds (SMC) during compression molding, a specific rheometer was designed, allowing to perform homogeneous experiments on SMC specimen under various mechanical loading, strain rates and fiber contents. Results gained during experiments underlined the key role played both by the strain rate and the fiber content. A viscous and transversely isotropic model was then proposed and used to fit stress levels recorded during the experiments. This model that requires few constitutive parameters rather well describes the main features of SMC rheology
National audienceWe present a finite element approach assisted with anisotropic mesh adaptation to m...
International audiencePassive safety, particularly in the transport industry, requires maximizing th...
In the design of composite structures for the automotive industry it is vital to have good tools bec...
International audienceAt the present time, the rheology of sheet moulding compounds (SMC) during for...
The rheological characterization of Sheet Molding Compound (SMC) and its modelling is crucial for re...
The thermal-mechanical behaviour of SMC was investigated. The experimental results emphasized the in...
Compression mouldings of commercial SMC were performed with an instrumented industrial press under v...
International audienceAdvanced sheet molding compounds (A-SMC) are a new generation of alternative m...
Ce travail porte sur la mise en forme par compression des Sheet Moulding Compounds (SMC), matériaux ...
Compression molding is a lightweight technology that allows to preserve fiber length and retain bett...
Les travaux présentés s’axent autour de 2 chapitres indépendants : - le 1er concerne l’étude rhéolog...
Compression molding is one of the lightweight technologies able to provide efficient way to retain f...
[[abstract]]In compression molding development using the glass fiber mat thermoplastics (GMT) materi...
During the past twenty years there has been considerable interest in developing the technology for m...
International audienceThis paper aims to present an experimental multi-scale analysis of quasi-stati...
National audienceWe present a finite element approach assisted with anisotropic mesh adaptation to m...
International audiencePassive safety, particularly in the transport industry, requires maximizing th...
In the design of composite structures for the automotive industry it is vital to have good tools bec...
International audienceAt the present time, the rheology of sheet moulding compounds (SMC) during for...
The rheological characterization of Sheet Molding Compound (SMC) and its modelling is crucial for re...
The thermal-mechanical behaviour of SMC was investigated. The experimental results emphasized the in...
Compression mouldings of commercial SMC were performed with an instrumented industrial press under v...
International audienceAdvanced sheet molding compounds (A-SMC) are a new generation of alternative m...
Ce travail porte sur la mise en forme par compression des Sheet Moulding Compounds (SMC), matériaux ...
Compression molding is a lightweight technology that allows to preserve fiber length and retain bett...
Les travaux présentés s’axent autour de 2 chapitres indépendants : - le 1er concerne l’étude rhéolog...
Compression molding is one of the lightweight technologies able to provide efficient way to retain f...
[[abstract]]In compression molding development using the glass fiber mat thermoplastics (GMT) materi...
During the past twenty years there has been considerable interest in developing the technology for m...
International audienceThis paper aims to present an experimental multi-scale analysis of quasi-stati...
National audienceWe present a finite element approach assisted with anisotropic mesh adaptation to m...
International audiencePassive safety, particularly in the transport industry, requires maximizing th...
In the design of composite structures for the automotive industry it is vital to have good tools bec...