Summary Most papers describing viscoplastic behaviour of materials allow just for isotropic or kinematic plastic hardening. However, many experiments show remarkable distortion of subsequent yield surfaces. The present paper discusses several variants of viscoplastic constitutive equations based on geometric description of distortional plastic hardening, proposed earlier by the authors for time-independent plasticity
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
The paper outlines a new constitutive model and experimental results of rate-dependent finite elasti...
A state variable approach is developed to simulate the isothermal quasi-static mechanical behavior o...
A hypothesis is put forth which enables the viscoplastician to formulate a theory of viscoplasticity...
A viscoplastic theory is developed that reduces analytically to creep theory under steady-state cond...
Many viscoplastic constitutive models for high temperature structural alloys are based exclusively o...
A theory of viscoplasticity is formulated within a thermodynamic concept. The key point is the postu...
The essentials of phenomenological modeling of metal deformation behavior at small strain are introd...
Plastic anisotropy effects may be described in a phenomenological model by employing in the constitu...
A unified bounding surface viscoplasticity model is developed to describe the stress-strain time-dep...
Abstract. A simple phenomenological approach to metal plasticity, including the description of the s...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
A general concept for the consideration of the influence of strain gradients on elasto-viscoplastic ...
This paper illustrates the formulation of viscoplastic-damage constitutive models using the framewor...
Abstract Constitutive equations for finite elastic-plastic deformation of polymers and metals are us...
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
The paper outlines a new constitutive model and experimental results of rate-dependent finite elasti...
A state variable approach is developed to simulate the isothermal quasi-static mechanical behavior o...
A hypothesis is put forth which enables the viscoplastician to formulate a theory of viscoplasticity...
A viscoplastic theory is developed that reduces analytically to creep theory under steady-state cond...
Many viscoplastic constitutive models for high temperature structural alloys are based exclusively o...
A theory of viscoplasticity is formulated within a thermodynamic concept. The key point is the postu...
The essentials of phenomenological modeling of metal deformation behavior at small strain are introd...
Plastic anisotropy effects may be described in a phenomenological model by employing in the constitu...
A unified bounding surface viscoplasticity model is developed to describe the stress-strain time-dep...
Abstract. A simple phenomenological approach to metal plasticity, including the description of the s...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
A general concept for the consideration of the influence of strain gradients on elasto-viscoplastic ...
This paper illustrates the formulation of viscoplastic-damage constitutive models using the framewor...
Abstract Constitutive equations for finite elastic-plastic deformation of polymers and metals are us...
We present a hyperplastic (thermomechanical) framework for the modelling of kinematic hardening of p...
The paper outlines a new constitutive model and experimental results of rate-dependent finite elasti...
A state variable approach is developed to simulate the isothermal quasi-static mechanical behavior o...