This paper addresses finite element-based computational models for the three-
dimensional,(3-D) nonlinear analysis of soft hydrated tissues, such as the articular cartilage …

Finite element analysis of hyperelastic components poses severe obstacles owing to
features such as large deformation and near-incompressibility. In recent years, outstanding …

A three-dimensional finite element modeling of high damping rubber bearings is studied. At
first, the constitutive model of high damping rubber materials proposed by the writers is …

Three‐dimensional solid element analysis and the membrane approximated analysis
employing the hyperelastic material model have been developed for the simulation of the …

This paper presents a finite element procedure for rubber-elastic materials based on a strain
energy function of the compressible type. A brief review on the material's description and the …

Pressurised distensible tubes are subject to aneurysms. Aneurysm inception will take place
at a location along the tube when a critical pressure, relative to tube wall thickness at that …

This work concerns mainly the finite element (FE) implementation of polyconvex
incompressible hyperelastic models. A user material subroutine (UMAT) has been …

A finite element formulation modelling hyperelastic quasi‐incompressible rubber‐like
materials (elastomers) is developed which takes into account large displacements and large …

The present paper describes a geometrically and physically nonlinear continuum model to
study the mechanical behaviour of passive and active skeletal muscle. The contraction is …

In this paper a solution of a contact problem for large displacements and deformations are
analyzed where a rubber bumper applied in air–spring. The nonlinear load-displacement …