A strain energy density function for isotropic higher order elasticity is developed. The strain
energy density is decomposed into a compressibility component being a generalization of …

Open-cell elastomeric foams–materials consisting of an elastomeric matrix and a connected
pore space–exhibit mechanical behavior marked by high compressibility and strong …

Foamed rubber with a mixed cellular microstructure is a compressible material used for
various sealing applications in the automotive industry. For technical optimization, a …

Based on a new simplified structural model of three-dimensional isotropic reticulated
foamed porous metals, a practical analytical model is established for these materials under …

Within the framework of the direct approach to the plate theory we consider the infinitesimal
deformations of a plate made of hyperelastic materials taking into account the non …

An overview of the roles that cellular elastomers play in engineered systems and the
phenomenology of these materials is presented. Available data on these materials and …

Simulating the mechanical behavior of cellular materials stands as a pivotal step in their
practical application. Nonetheless, the substantial multitude of unit cells within these …

Fibrous textiles are subjected to dry through-thickness compaction during most of the
composites manufacturing processes. Usual tow models implemented in textile numerical …

Hereditary and fractional derivative models are used to study the dynamic and quasi-static
properties of flexible polyurethane foams used in automotive seat cushions. Nonlinear …

Elastomeric foams are composite materials comprising of a polymeric elastomer and
interconnected gas‐filled pores, endowing them with exceptional compliance and the ability …