In the present work, an elastoplastic-damage model fully coupled with the constitutive
equations of the non-associated plasticity is developed, to enrich the existing research …

A hybrid experimental–numerical methodology is presented for the parameter identification
of a mixed nonlinear hardening anisotropic plasticity model fully coupled with isotropic …

Developing an efficient non-associated plasticity criterion fully coupled with isotropic ductile
damage is the main contribution of the current research. Two ductile degradation functions …

In this work, the plasticity and ductile fracture behaviors of an aluminum alloy 5083-H116 are
studied through a series of experiments and finite element analyses. A recently developed …

The experimental program was designed and proportional tests carried out at a room
temperature on aluminium alloy 2024-T351. These concerned tension, torsion and …

The experimental and numerical work presented in this paper reveals that stress state has
strong effects on both the plastic response and the ductile fracture behavior of an aluminum …

The emergence of reliable material characterization techniques in automotive and
aeronautical industries, in particular sheet metal forming, promises to underpin a novel …

This paper deals with the implementation of an anisotropic plasticity constitutive equations
exhibiting non-linear isotropic, kinematic hardening and coupled continuum ductile damage …

Achieving a reliable prediction of damage evolution behavior in ductile metals is among the
most important challenges of researchers. In this paper, first, based on continuum damage …

The primary goal of this study is to model the anisotropic effect of ductile damage in metal
forming processes. To represent the ductile metals, an anisotropic ductile plasticity/damage …