Add to ORKGIn this work, we derive a stress algorithm for a non-linear kinematic hardening model. The algorithm is implemented in a FEM code. On a simple shear test, we compare the numerical results with the analytical ones
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...
This paper deals with stress update algorithm based on finite difference method. The proposed algori...
The stress integration algorithm for hypoelastic constitutive equations proposed by Pinsky et al.3 i...
In this work, we derive a stress algorithm for a non-linear kinematic hardening model. The algorithm...
In this paper, an unconditionally stable algorithm for the numerical integration and finite-element ...
In this paper, an unconditionally stable algorithm for the numerical integration and finite-element ...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this paper, a free energy-based formulation incorporating the effect of kinematic hardening is pr...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In the present article a comparative analysis is made between the linear and the nonlinear kinematic...
The Armstrong-Frederick and Chaboche models were generalized in the framework of non-linear kinemati...
A kinematic hardening model applicable to finite strains is presented. The kinematic hardening conce...
The authors describe a theoretical model and kinematic approach suitable for the numerical analysis ...
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...
This paper deals with stress update algorithm based on finite difference method. The proposed algori...
The stress integration algorithm for hypoelastic constitutive equations proposed by Pinsky et al.3 i...
In this work, we derive a stress algorithm for a non-linear kinematic hardening model. The algorithm...
In this paper, an unconditionally stable algorithm for the numerical integration and finite-element ...
In this paper, an unconditionally stable algorithm for the numerical integration and finite-element ...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this paper, a free energy-based formulation incorporating the effect of kinematic hardening is pr...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In this work a comparative analysis is presented between the linear and the nonlinear kinematic hard...
In the present article a comparative analysis is made between the linear and the nonlinear kinematic...
The Armstrong-Frederick and Chaboche models were generalized in the framework of non-linear kinemati...
A kinematic hardening model applicable to finite strains is presented. The kinematic hardening conce...
The authors describe a theoretical model and kinematic approach suitable for the numerical analysis ...
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...
This paper deals with stress update algorithm based on finite difference method. The proposed algori...
The stress integration algorithm for hypoelastic constitutive equations proposed by Pinsky et al.3 i...