International audienceIn this paper, an extension of two classical viscoelastic models adapted in large deformation for incompressible rubber like materials or soft tissues is proposed. These models are built by using a three dimensional homogeneization by means of a sphere unit approach. Thus several comparisons between classical formulations and homogeneization on a sphere unit formulation is proposed. An adaptation of those models to describe anisotropy is proposed. Finally an extension of those models to take into account stress softening is described
AbstractIn this paper, an exponential framework for strain energy density functions of elastomers an...
This thesis deals with the modeling of anisotropic materials at finite deformations. The major empha...
This work defines an incompressible, hyperelastic theory of anisotropic soft materials at finite str...
International audienceIn this paper, an extension of two classical viscoelastic models adapted in la...
The Holzapfel–Gasser–Ogden (HGO) model for anisotropic hyperelas-tic behaviour of collagen fibre rei...
International audienceDue to the industrial elaboration process, membranes can have an in-plane anis...
A fully three-dimensional finite-strain viscoelastic model is developed, characterized by: (i) gener...
This thesis work presents a study of the mechanical behavior of soft materials submitted to large de...
In this contribution, a non-linear viscoelastic anisotropic model for soft biological tissues is pre...
This article presents a novel three-dimensional constitutive modeling framework for residually stres...
The aim of this thesis is the fast and exact simulation of modern materials like fibre reinforced th...
In this work a generalized anisotropic model in large strains based on the classical isotropic plast...
A constitutive model for large strain deformation of semicrystalline polymers has been formulated to...
A transversely isotropic visco-hyperelastic constitutive model is provided for soft tissues, which ...
International audienceOriginal constitutive modeling is proposed for filled rubber materials in order...
AbstractIn this paper, an exponential framework for strain energy density functions of elastomers an...
This thesis deals with the modeling of anisotropic materials at finite deformations. The major empha...
This work defines an incompressible, hyperelastic theory of anisotropic soft materials at finite str...
International audienceIn this paper, an extension of two classical viscoelastic models adapted in la...
The Holzapfel–Gasser–Ogden (HGO) model for anisotropic hyperelas-tic behaviour of collagen fibre rei...
International audienceDue to the industrial elaboration process, membranes can have an in-plane anis...
A fully three-dimensional finite-strain viscoelastic model is developed, characterized by: (i) gener...
This thesis work presents a study of the mechanical behavior of soft materials submitted to large de...
In this contribution, a non-linear viscoelastic anisotropic model for soft biological tissues is pre...
This article presents a novel three-dimensional constitutive modeling framework for residually stres...
The aim of this thesis is the fast and exact simulation of modern materials like fibre reinforced th...
In this work a generalized anisotropic model in large strains based on the classical isotropic plast...
A constitutive model for large strain deformation of semicrystalline polymers has been formulated to...
A transversely isotropic visco-hyperelastic constitutive model is provided for soft tissues, which ...
International audienceOriginal constitutive modeling is proposed for filled rubber materials in order...
AbstractIn this paper, an exponential framework for strain energy density functions of elastomers an...
This thesis deals with the modeling of anisotropic materials at finite deformations. The major empha...
This work defines an incompressible, hyperelastic theory of anisotropic soft materials at finite str...