Dozens of hyperelastic models have been formulated and have been extremely handy in
understanding the complex mechanical behavior of materials that exhibit hyperelastic …

A set of processing conditions for cold spray deposition of an embedded particle layer on a
polymer substrate has been established using a dynamic impact model and verified …

A robust physically consistent three-dimensional constitutive model is developed to describe
the finite mechanical response of amorphous polymers over a wide range of temperatures …

We present recent results of theoretical investigations concerning the hydrodynamic
reinforcement contribution in different elastic composite systems: elastic matrix plus (i) rigid …

The nature of strain hardening in glassy polymers is investigated by studying the mechanical
response of oriented polycarbonate in uniaxial extension and compression. The yield stress …

The 1D limit of a 3D visco‐hyperelastic model is discussed and validated using a rich and
rigorous database obtained on PMMA above Tg. Inelastic phenomena are accounted for as …

Cette étude concerne la fatigue et le vieillissement des élastomères en environnements
marin et thermique. Elle vise plus particulièrement à proposer des outils applicables à …

The presence of crystalline and amorphous phases in semicrystalline polymers presents
interesting constitutive modelling challenges. In this study, a physically based, three …

Micro-hardness testing is widely used to measure the materials local response and is very
valuable to describe gradients of physical properties. For polymers, the most common use is …

In this article, the hyperelastic material of resilient wheels of subway vehicles is taken as the
research object, a method system of identifying and calibrating the constitutive parameters of …