The focus of this article is texture development in metals of fcc, bcc, and hcp crystal structure
processed by a severe plastic deformation (SPD) technique called equal-channel angular …

The influence of increasing strain rate on the mechanical behavior and deformation
substructures in metals and alloys that deform predominately by slip is very similar to that …

To extract quantitative and meaningful relationships between material microstructure and
deformation twinning in magnesium, we conduct a statistical analysis on large data sets …

In this work, a single crystal constitutive law for multiple slip and twinning modes in single
phase hcp materials is developed. For each slip mode, a dislocation population is evolved …

The general topological model for interfacial defects is reviewed and expanded, and the role
of these defects in the coupled shear-migration of interfaces is explored. We focus on …

Hexagonal materials deform plastically by activating diverse slip and twinning modes. The
activation of such modes depends on their relative critical stresses, and the orientation of the …

An in-depth statistical analysis using electron backscatter diffraction (EBSD) is carried out to
expose statistical correlations between {101¯ 2} twinning and grain size, crystallographic …

Hybrid additive manufacturing, incorporating additive manufacturing (AM) and other thermo-
mechanical processes, has been developed to improve AM mechanical properties by …

We study the effect of nearest neighboring grains on the propensity for {1012} twin growth in
Mg and Zr. Twin lamellae lying within one grain flanked by two neighboring grains with …

This article presents a basic probabilistic theory for the nucleation of deformation twins in
hexagonal close packed (HCP) metals. Twin nucleation is assumed to rely on the …