In this work, the viscoplastic self-consistent based All Twin Variant (ATV) polycrystal
modelling was employed to decipher the deformation behaviour of Mg–3Al-0.3 Mn …

An analytical model is presented that can successfully predict the strain hardening
behaviour as well as the variations in twin volume fraction in polycrystalline Magnesium …

The effects of strain rate on the mechanical behaviour and microstructure evolution of
extruded Mg AZ31 alloy are investigated here for strain rates ranging from 0.0001 s− 1 to …

The EVPSC-TDT model for polycrystal plasticity and in-situ neutron diffraction have been
used to investigate the behavior of a Mg-8.5 wt.% Al alloy with two starting textures: 1) a …

Abstract The Taylor–Lin polycrystal elasto-viscoplastic model was employed to simulate the
fatigue behavior of a strong basal textured Mg alloy (AZ31) at room temperature. Extensive …

Extension twin nucleation and variant selection in magnesium alloy WE43 is investigated in
experimentally characterised and deformed microstructures replicated in crystal plasticity …

Deformation twinning and detwinning in extruded Mg-4Al were investigated using in-situ
SEM-DIC experiments and crystal plasticity finite element (CPFE) simulation. In this study …

Twinning plays two important roles in deformation texture evolution: it reorients the twinned
volume of a grain discontinuously, thus causing a texture change; and the lamellar structure …

A model for tensile twinning during the compression of rod textured magnesium is
developed based on the idea that these twins nucleate at grain boundaries and that when …

In this work, a crystal plasticity constitutive model is proposed to describe the mechanical
behavior of metallic materials for which twinning plays a significant role in the deformation …