The focus of this work is the study of the hydrolytic and photochemical aging behavior of a
Kevlar®-PBI blend fabric. Tensile tests carried out on yarns extracted from this fabric after …

The effects related to the evolution of the moisture-dependent hygroelastic properties of
composite plies constituting a fiber-reinforced epoxy laminate on the predicted stress states …

Four types of fabrics woven from various polyaramid fibers of Nomex and Kevlar blends
were characterized by morphology, XRD, elemental analysis, thermal analysis, and moisture …

The moisture expansion of composites exposed to humid air was investigated. Tests for
moisture expansion were performed on carbon/epoxy laminates exposed to humid air of …

The influence of low temperature plasma treatment on the interfacial performance of aramid
fiber was studied. SEM and XPS were used to investigate the surface morphology and the …

The hygric behavior of composites is theoretically and experimentally investigated. The
theoretical function of moisture concentration distribution caused by moisture diffusion in a …

All organic matrix composites absorb moisture and low molecular weight molecules, causing
changes in dimensions and most other thermal and mechanical properties. With continued …

Scale‐transition models, such as Eshelby‐Kröner self‐consistent framework, which are often
used for predicting the effective behavior of heterogeneous materials or estimating the …

The purpose of this work is to present various application of statistical scale transition
models to the analysis of polymer-matrix composites submitted to thermo-hygro-mechanical …

Ce projet porte sur l'étude de l'effet de trois facteurs environnementaux, la température,
l'humidité et le rayonnement lumineux, sur les propriétés d'un tissu en mélange Kevlar®-PBI …