This review paper provides an overview of the micropillar compression technique as applied
to magnesium (Mg) and its alloys. It explores the influence of various factors, such as pillar …

Twinning is widely recognized as an effective and cost-efficient method for controlling the
microstructure and properties of wrought Magnesium (Mg) alloys. Specifically, twins play a …

Abstract 300 MPa grade biodegradable Zn-(0.6, 0.8) Mn-(< 0.1) Mg alloys with yield
strengths> 300 MPa and elongations> 15% have been developed, which are designated as …

As a new class of heat-treatable magnesium alloys, the low-alloyed Mg-Al-Ca-Mn alloy has
great engineering potential because of its excellent extrudability and high strength by the …

The effects of aging precipitation on microstructure, deep drawing formability and tensile
properties, were investigated for Mg-6Al-1Zn (AZ61) alloy sheets. The alloy aged at 175° C …

While precipitates have been shown to substantially strengthen magnesium alloys by
blocking the glide of dislocations inside the grain, the interactions between these …

In this work, an elasto-viscoplastic fast-Fourier-transform (EVP-FFT) model with a dislocation-
density (DD) based hardening law is employed to study the growth of a {10 1¯ 2} tensile twin …

A rare earth Mg alloy, WE43, exhibits high strength, good ductility, low anisotropy, and
moderately high strain rate sensitivity. As such, the alloy is a viable candidate for high strain …

This work aims to investigate the influence of solute segregation at particle-matrix interfaces
on the twin activity of aged Mg alloys. With that purpose a binary Mg-8Al alloy (wt%) and two …

The aim of this work is to investigate the interaction of basal dislocations and twin
boundaries with ultrafine basal disk-shaped precipitates at the atomic scale in the the peak …