AbstractA unifying theory of plasticity is developed that allows deducing models with either hypo-plastic, elasto-plastic or hyper-plastic constitutive structures. Elasto-plasticity is shown to be a singular case of hypo-plasticity. It is further demonstrated that certain conditions can be imposed to generate a new hierarchy of thermodynamically consistent hypo-plastic models, with a hyper-plastic structure as a singular case. The unifying theory is powerfully bridging between the tools created specifically for advancing models under either of those previous formulations
Experimental data associated with plastic deformations indicate that the temperature is less than th...
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
This paper proposes a new formulation of the internal forces for hypoelastic constitutive models ens...
AbstractA unifying theory of plasticity is developed that allows deducing models with either hypo-pl...
Principles of Hyperplasticity is concerned with the theoretical modelling of the behaviour of solids...
Actually, several theories are in use for describing elasto-plastic deformation. A wide variety of f...
International audienceThis note is devoted to a rigorous derivation of rigid-plasticity as the limit...
A new approach to plasticity theory firmly routed in and compatible with the laws of thermodynamicsP...
AbstractA theoretical framework is defined that allows plasticity and damage models of inelastic beh...
O grande número de modelos constitutivos existentes, apresentados com diferentes graus de clareza e ...
An alternative to elastoplastic models for the mathematical description of soil mechanical behaviour...
Computational methods, for large displacements of continua in the elastoplastic range, rely on the ...
International audienceWe describe a numerical model to simulate the non-linear elasto-plastic dynami...
Rational mechanics offers a tool to objectively describe the mechanical behaviour of granular materi...
AbstractStarting from the general expression of the free-energy function of a saturated porous mediu...
Experimental data associated with plastic deformations indicate that the temperature is less than th...
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
This paper proposes a new formulation of the internal forces for hypoelastic constitutive models ens...
AbstractA unifying theory of plasticity is developed that allows deducing models with either hypo-pl...
Principles of Hyperplasticity is concerned with the theoretical modelling of the behaviour of solids...
Actually, several theories are in use for describing elasto-plastic deformation. A wide variety of f...
International audienceThis note is devoted to a rigorous derivation of rigid-plasticity as the limit...
A new approach to plasticity theory firmly routed in and compatible with the laws of thermodynamicsP...
AbstractA theoretical framework is defined that allows plasticity and damage models of inelastic beh...
O grande número de modelos constitutivos existentes, apresentados com diferentes graus de clareza e ...
An alternative to elastoplastic models for the mathematical description of soil mechanical behaviour...
Computational methods, for large displacements of continua in the elastoplastic range, rely on the ...
International audienceWe describe a numerical model to simulate the non-linear elasto-plastic dynami...
Rational mechanics offers a tool to objectively describe the mechanical behaviour of granular materi...
AbstractStarting from the general expression of the free-energy function of a saturated porous mediu...
Experimental data associated with plastic deformations indicate that the temperature is less than th...
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
This paper proposes a new formulation of the internal forces for hypoelastic constitutive models ens...