In order to accurately predict the damage and fracture behaviors of a 7075 aluminum alloy
during cryogenic stamping, a nonlinear damage model taking into account stress triaxiality …

Void nucleation, growth, deformation and coalescence are the main microscopic damage
mechanisms for plastic deformation of sheet metals. To describe the effect of reverse loading …

The paper discusses from first principles all aspects relevant to the plasticity of porous
materials. Emphasis is laid on unhomogeneous yielding, defined as the process of yielding …

A strain gradient void-driven ductile fracture model of single crystals is proposed and
applied to simulate crack propagation in single and oligo-crystal specimens. The model is …

To generate material models with fewer limiting assumptions while maintaining closed-form,
interpretable solutions, we propose using genetic programming based symbolic regression …

The aim of this work is to extend Gurson's model for plastic porous materials by considering
the effects of void shape and heterogeneous hardening, which are both important for cyclic …

The classical theory of limit analysis needs little introduction. This very useful theory is
however based on the restrictive assumptions of ideal plasticity and linearized geometrical …

Ductile fracture through void growth to coalescence occurs at the grain scale in numerous
metallic alloys encountered in engineering applications. Classical models used to perform …

The aim of this work is to investigate and predict ductile failure in forming processes.
Experimental results of deep drawing and corrugation processing on aluminum alloys …

The mechanical response of isotropic elastoplastic materials containing random
distributions of initially spherical voids is investigated computationally based on Fast Fourier …