A two-dimensional nonlocal version of continuum crystal plasticity theory is proposed, which
is based on a statistical-mechanics description of the collective behavior of dislocations …

The crystal plasticity theory predicts that hardening on a particular slip system and its
corresponding work-hardening rate will depend on the slip activity on both this slip system …

Heterogeneous plastic deformation behavior of a coarse-grained Al-0.5% Mg multicrystal
was investigated experimentally at the individual grain level. A flat uniaxial tensile specimen …

Validation and identification of micromechanical models are very exacting and sensitive
tasks. The experimental identification process must provide the necessary data to verify that …

The work presented here concerns the use of rate-dependent crystal plasticity into explicit
dynamic finite element codes for structural analysis. Different integration or stress update …

The crystal plasticity finite element method has been used in combination with
crystallographic texture data to predict the plastic anisotropy of the extruded aluminium alloy …

In the present work, the role of latent hardening on texture evolution at large strains is
examined by embedding the latent hardening interaction matrix in the visco-plastic self …

A two-dimensional nonlocal version of continuum crystal plasticity theory is proposed, which
is based on a statistical-mechanics description of the collective behaviour of dislocations …

This paper presents a method to estimate the stored energy during the tensile deformation of
an aluminum multicrystal and polycrystal sheet sample. The method is based on thermo …

This paper introduces the application of micro-deep drawing of single and multicrystals of
aluminium in order to identify parameters of micro-mechanical models. The information …