A model of elastoplasticity with hardening coupled with ductile damage which allows anisotropic change of the shape of the damage domain is presented. The assumption for the development of the constitutive model consists in assigning the elastic and damage domains and the free energy. The general variational formulation for the elastoplastic model coupled with damage is derived as well as a mixed principle which is useful from the computational standpoint. Accordingly a solution algorithm is then derived and examples are presented
The variational model here proposed attempts a unified approach to plasticity and fracture. It is ba...
In this study the elasto-plastic constitutive equations are reformulated using the assumption of con...
In this talk, a variational model for gradient plasticity is proposed, which is based on an energy f...
A model of elastoplasticity with hardening coupled with ductile damage which allows anisotropic chan...
In the present paper, a variational formulation of an isotropic elasto-plastic damage model is propo...
The computational modeling of softening materials is still a challenging subject. An interesting way...
In the framework of rate-independent systems, an elastic-plastic-damage model, aimed at the descript...
A theory that encompasses a wide class of elastoplastic models with damage is provided. The coupling...
A variational formulation is proposed for a family of elastic–plastic–damage models within the fram...
The new contribution of this study is to formulate two wellknown isotropic elastoplastic damage conc...
A one-dimensional implementation of a coupled elasto-plastic model based on the Gurson damage model ...
This thesis is primarily concerned with issues that arise in conjunction with the modelling of local...
A triaxial constitutive model is developed for elastoplastic behavior of geomaterials, which account...
International audienceThis chapter explains the development of the so‐called "gradient damage models...
In the framework of rate-independent systems, a family of elastic-plastic-damage models is proposed ...
The variational model here proposed attempts a unified approach to plasticity and fracture. It is ba...
In this study the elasto-plastic constitutive equations are reformulated using the assumption of con...
In this talk, a variational model for gradient plasticity is proposed, which is based on an energy f...
A model of elastoplasticity with hardening coupled with ductile damage which allows anisotropic chan...
In the present paper, a variational formulation of an isotropic elasto-plastic damage model is propo...
The computational modeling of softening materials is still a challenging subject. An interesting way...
In the framework of rate-independent systems, an elastic-plastic-damage model, aimed at the descript...
A theory that encompasses a wide class of elastoplastic models with damage is provided. The coupling...
A variational formulation is proposed for a family of elastic–plastic–damage models within the fram...
The new contribution of this study is to formulate two wellknown isotropic elastoplastic damage conc...
A one-dimensional implementation of a coupled elasto-plastic model based on the Gurson damage model ...
This thesis is primarily concerned with issues that arise in conjunction with the modelling of local...
A triaxial constitutive model is developed for elastoplastic behavior of geomaterials, which account...
International audienceThis chapter explains the development of the so‐called "gradient damage models...
In the framework of rate-independent systems, a family of elastic-plastic-damage models is proposed ...
The variational model here proposed attempts a unified approach to plasticity and fracture. It is ba...
In this study the elasto-plastic constitutive equations are reformulated using the assumption of con...
In this talk, a variational model for gradient plasticity is proposed, which is based on an energy f...