The aim of the present work is to assess in a formal manner “effective” values of the
geometrical factor α which takes into account the arrangement of the dislocation pattern in …

AISI 304 and 316 austenitic stainless steels were invented in the early 1900s and are still
trusted by materials and mechanical engineers in numerous sectors because of their good …

An integral modelling approach for understanding the strengthening mechanisms in Ti
alloys is presented and applied to alloys undergoing deformation via dislocation slip. The …

Having regard to the inherent crystal anisotropy characteristic of nickel-based single crystal
and the actual industrial manufacture, and application of the turbine blade, a trade-off …

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 …

We conducted uniaxial tensile strain rate jump tests to account for the strain rate controlling
mechanisms in the additively manufactured SS316L stainless steel. Special emphasis is …

Slip system hardening behavior of a given slip system is influenced more by shearing on
another slip system known, as latent hardening, than by shearing on itself, known as self …

Modeling dislocation multiplication due to interaction and reactions on a mesoscopic scale
is an important task for the physically meaningful description of stage II hardening in face …

Dislocation density-based evolution formulations that are related to a heterogeneous
microstructure and are physically representative of different crystalline interactions have …

In this paper, an extension of the DDD-FFT approach presented in [1] is developed for
heterogeneous elasticity. For such a purpose, an iterative spectral formulation in which …