We study the kinetics of the substructure evolution and its correspondence to the strain
hardening evolution of an Fe–22wt.% Mn–0.6 wt.% C TWIP steel during tensile deformation …

The microstructures and dislocation configurations in nanostructured Cu processed by a
new technique, repetitive corrugation and straightening (RCS), were studied using …

We develop a micromechanical theory of dislocation structures and finite deformation single
crystal plasticity based on the direct generation of deformation microstructures and the …

Aluminium alloy (6063) was severely rolled upto 92% thickness reduction at liquid nitrogen
temperature and room temperature to study the effect of rolling temperature on its …

Metal inelasticity is of considerable technological importance in both commercial and
military sectors, and has therefore received significant research attention in the forms of …

A finite element formulation is used to simulate and study the deformation response of face-
centered cubic polycrystals. The polycrystals consist of rhombic dodecahedral-shaped …

The effects of rolling temperature and rolling strain on the microstructural refinement of Al
6063 alloy are investigated in the present work by employing electron back scattered …

Deformation twinning contributes to a high work-hardening rate through modification of the
dislocation structure and a dynamic Hall-Petch effect in polycrystalline steel. Due to the well …

This work compares conventional unidirectional rolling (UDR) and cross rolling (CR) based
on mechanical properties, microstructure, and stored energy. Pure copper is subjected to …

In this paper, we report the modeling of a series of large strain deformation experiments on
initially annealed OFHC Cu involving sequences of temperature, and strain rate (varying …