with the structure of the constitutive equations for the elastic response of a material with multiple natural configurations. We now focus attention on the evolution of the natural configurations. We introduce two functions-the Helmholtz potential and the rate of dissipation function—representing the rate of conversion of mechanical work into heat. Motivated by, and generalizing the work o
Here we present some results of paper [1], which contains the thermodynamic restrictions on the cons...
The thermodynamic framework for combined configurational and deformational changes was recently disc...
AbstractExpressions for thermodynamic potentials (internal energy, Helmholtz energy, Gibbs energy an...
A formulation of elastic-plastic theory for rate independent materials is described, based on the us...
The quasi-static evolution of a body made of an inelastic, rate-independent material is determined b...
Physical and thermodynamic concepts are used to develop a potential function for application to high...
In this paper we describe a method for the derivation of the constitutive behavior of rate-dependent...
In the general framework provided by the internal variable theories of associated inelastic behaviou...
The behavior and failure of a brittle material is significantly influenced by the existence of inhom...
International audienceExpressions for thermodynamic potentials (internal energy, Helmholtz energy, G...
A physically based method for the determination of equilibrium for structures with inelastic r...
Configurational forces are thermodynamic conjugates to irreversible material body evolutions such as...
Within the framework of continuum thermodynamics, a tensor-valued rate-type model of elastic-plastic...
Abseact. The existence of a work potential. governing materlal response when elastic behav~or occurs...
International audienceThe elastic behavior of materials is usually described by direct stress±strain...
Here we present some results of paper [1], which contains the thermodynamic restrictions on the cons...
The thermodynamic framework for combined configurational and deformational changes was recently disc...
AbstractExpressions for thermodynamic potentials (internal energy, Helmholtz energy, Gibbs energy an...
A formulation of elastic-plastic theory for rate independent materials is described, based on the us...
The quasi-static evolution of a body made of an inelastic, rate-independent material is determined b...
Physical and thermodynamic concepts are used to develop a potential function for application to high...
In this paper we describe a method for the derivation of the constitutive behavior of rate-dependent...
In the general framework provided by the internal variable theories of associated inelastic behaviou...
The behavior and failure of a brittle material is significantly influenced by the existence of inhom...
International audienceExpressions for thermodynamic potentials (internal energy, Helmholtz energy, G...
A physically based method for the determination of equilibrium for structures with inelastic r...
Configurational forces are thermodynamic conjugates to irreversible material body evolutions such as...
Within the framework of continuum thermodynamics, a tensor-valued rate-type model of elastic-plastic...
Abseact. The existence of a work potential. governing materlal response when elastic behav~or occurs...
International audienceThe elastic behavior of materials is usually described by direct stress±strain...
Here we present some results of paper [1], which contains the thermodynamic restrictions on the cons...
The thermodynamic framework for combined configurational and deformational changes was recently disc...
AbstractExpressions for thermodynamic potentials (internal energy, Helmholtz energy, Gibbs energy an...