National audienceThis study presents a micromechanical modeling by the new NTFA-TSO model of the viscoelastic behavior of a heterogeneous material: a three-phase particulate composite material with two inclusion phases dispersed in a contiguous matrix. The phases have a nonlinear viscoelastic behavior with aging and swelling. First, the model-reduction approach is introduced. The local fields of internal variables are decomposed on a reduced basis of modes and the dissipation potentials of the phases are replaced by its tangent second-order expansion. The reduced evolution equations of the model can be entirely expressed in terms of quantities which are precomputed once for all. Second, the accuracy of the NTFA-TSO model is assessed by comp...
AbstractThe Laplace–Carson transform classically used for homogenization of linear viscoelastic hete...
ISBN: 978-1-84816-307-2.This chapter is devoted to the Non-uniform Transformation Field Analysis whi...
The objective of Paper A was to develop a material model which includes all nonlinear viscoelastic p...
National audienceThis study presents a micromechanical modeling by the new NTFA-TSO model of the vis...
International audienceThis study presents a micromechanical modeling by the Nonuniform Transformatio...
National audienceThis study presents and compares two micromechanical modelings of a heterogeneous m...
International audienceTransformation fields, in an affine formulation characterizing mechanical beha...
International audienceWe investigate the behavior of a two-phase composite consisting of an inclusiv...
International audienceTo model the mechanical response of rate-dependent elasto-viscoplastic (or equ...
Homogenization of random media is a widely used practical and efficient tool to estimate the effecti...
International audienceThe present study is devoted to the generalization of the Nonuniform Transform...
We investigate the mechanical property predictions for a three-phase viscoelastic (VE) composite by ...
International audienceThe Nonuniform Transformation Field Analysis is a reduction technique introduc...
International audienceIn 2003 the authors proposed a model-reduction technique, called the Nonunifor...
International audienceThe Laplace-Carson transform classically used for homogenization of linear vis...
AbstractThe Laplace–Carson transform classically used for homogenization of linear viscoelastic hete...
ISBN: 978-1-84816-307-2.This chapter is devoted to the Non-uniform Transformation Field Analysis whi...
The objective of Paper A was to develop a material model which includes all nonlinear viscoelastic p...
National audienceThis study presents a micromechanical modeling by the new NTFA-TSO model of the vis...
International audienceThis study presents a micromechanical modeling by the Nonuniform Transformatio...
National audienceThis study presents and compares two micromechanical modelings of a heterogeneous m...
International audienceTransformation fields, in an affine formulation characterizing mechanical beha...
International audienceWe investigate the behavior of a two-phase composite consisting of an inclusiv...
International audienceTo model the mechanical response of rate-dependent elasto-viscoplastic (or equ...
Homogenization of random media is a widely used practical and efficient tool to estimate the effecti...
International audienceThe present study is devoted to the generalization of the Nonuniform Transform...
We investigate the mechanical property predictions for a three-phase viscoelastic (VE) composite by ...
International audienceThe Nonuniform Transformation Field Analysis is a reduction technique introduc...
International audienceIn 2003 the authors proposed a model-reduction technique, called the Nonunifor...
International audienceThe Laplace-Carson transform classically used for homogenization of linear vis...
AbstractThe Laplace–Carson transform classically used for homogenization of linear viscoelastic hete...
ISBN: 978-1-84816-307-2.This chapter is devoted to the Non-uniform Transformation Field Analysis whi...
The objective of Paper A was to develop a material model which includes all nonlinear viscoelastic p...