In the current study, high strain-rate rolling (≥ 10 s− 1) has been successfully employed to
produce Mg-3Al-1Zn alloy sheets to a high reduction of 82% with a fine grain structure in a …

Abstract In this study, Mg-6Zn-1Cu-0.6 Zr (ZC61) alloy was fabricated using a novel
extrusion-shearing process that combines traditional hot extrusion with equal-channel …

Plane strain compression (PSC) tests were carried out on as-cast AZ31 magnesium alloy
samples at temperatures from 250 to 400° C with different strain rates (≥ 10 s− 1). The …

High-speed rolling (HSR) is known to improve the workability of Mg alloys significantly,
which makes it possible to impose a large reduction in a single pass without fracture. In the …

The microstructure evolution and mechanical properties of as-homogenized Mg-3Al-3Sn-
1Zn (ATZ331) alloy with an initial grain size of∼ 126.7 µm are studied during multi-pass …

The recrystallization and texture evolution of four Mg–Zn–Ce sheets with a warm-rolled
microstructure obtained through two stages that can be characterised as rough rolling and …

Magnesium AZ31 alloy sheets were rolled at a high (1000 m/min) and a low (15 m/min)
rolling speed. The microstructure and texture evolution were tracked using optical …

A series of hot plane strain compression (PSC) experiments of the extruded Mg-6.03 Zn-0.55
Zr alloy were conducted on the Gleeble-3500 machine with strain rates of 0.01 s− 1 to 10 s …

Achievement of ultra-high yield strength of above 400 MPa for rare-earth-free magnesium
(Mg) alloys is quite difficult via traditional thermal-mechanical processing. In this study, Mg …

The microstructure evolution of Mg-5.65 Zn-0.66 Zr (wt.%) alloy was studied based on the
hot compression tests. The results indicated that the flow stress increased rapidly to a peak …