AbstractWe propose a model of a multi-material with strong interface, whose thickness and stiffness are of order ε and 1ε, which encodes the gradient oscillations of the minimizing sequences. The stored strain energy of the structure is written in terms of Young measures variables and the new model is obtained by computing a suitable variational limit of the energy functional when ε tends to zero. We also obtain a microscopic description of the classical solution
The paper describes the mechanical behavior of a composite constituted by two solids, bonded by a th...
Modeling interfaces between solids is of great importance in the fields of mechanical and civil engi...
In a first part we consider evolutionary systems given as generalized gradient systems and discuss v...
AbstractWe propose a model of a multi-material with strong interface, whose thickness and stiffness ...
Energy functionals describing phase transitions in crystalline solids are often non-quasiconvex and ...
Starting form 3D elasticity, we deduce the variational limit of the string and of the membrane on th...
Abstract. Starting form 3D elasticity, we deduce the variational limit of the string and of the memb...
International audienceIn this lecture, we present some mathematical contributions in elasticity , wi...
We study some variational problems involving energy densities (functions that have to be minimized) ...
We describe a general phase-field model for hyperelastic multiphase materials. The model features an...
This paper studies a vectorial problem in the calculus of variations arising in the theory of mart...
The aim of the thesis is the mathematical and computer modelling of thin films of martensitic materi...
Modeling interfaces between solids is of great importance in the fields of mechanical and civil eng...
In addition to the classical governing equations in continuum mechanics, two kinds of governing equa...
We consider the elastic theory of single crystals at constant temperature where the free energy dens...
The paper describes the mechanical behavior of a composite constituted by two solids, bonded by a th...
Modeling interfaces between solids is of great importance in the fields of mechanical and civil engi...
In a first part we consider evolutionary systems given as generalized gradient systems and discuss v...
AbstractWe propose a model of a multi-material with strong interface, whose thickness and stiffness ...
Energy functionals describing phase transitions in crystalline solids are often non-quasiconvex and ...
Starting form 3D elasticity, we deduce the variational limit of the string and of the membrane on th...
Abstract. Starting form 3D elasticity, we deduce the variational limit of the string and of the memb...
International audienceIn this lecture, we present some mathematical contributions in elasticity , wi...
We study some variational problems involving energy densities (functions that have to be minimized) ...
We describe a general phase-field model for hyperelastic multiphase materials. The model features an...
This paper studies a vectorial problem in the calculus of variations arising in the theory of mart...
The aim of the thesis is the mathematical and computer modelling of thin films of martensitic materi...
Modeling interfaces between solids is of great importance in the fields of mechanical and civil eng...
In addition to the classical governing equations in continuum mechanics, two kinds of governing equa...
We consider the elastic theory of single crystals at constant temperature where the free energy dens...
The paper describes the mechanical behavior of a composite constituted by two solids, bonded by a th...
Modeling interfaces between solids is of great importance in the fields of mechanical and civil engi...
In a first part we consider evolutionary systems given as generalized gradient systems and discuss v...