We report the role of grain boundary segregation on microstructure development during hot-
rolling of Mg-3Al-0.8 Zn-0.4 Mn (mass%, AZ31) alloy. Annealing at 420° C before hot-rolling …

The microstructure, texture and tensile ductility of Mg–1Gd alloy were investigated and
compared to pure Mg following multipass rolling at 300° C and isothermal annealing at 400° …

The reheating at high temperature, which contributed to the significant texture weakening in
rolled Mg alloys, was used to control the textural features of a Mg-Zn-Ca-Mn alloy sheet. The …

We report the formation of unusual texture at the sheet-surface of a rolled Mg-3Al-0.4 Mn
(mass%) alloy. After large-strain hot-rolling and annealing, typical basal texture with the …

Abstract Effects of alloying additions on deformation texture in Mg sheet alloys are still
controversial. In this study, a quasi-in-situ electron backscatter diffraction method is used for …

The Mg–3Al–1Zn magnesium alloy sheets rolled at 573 and 798K characterized by strong
and weak basal textures, respectively, were further subjected by a single high temperature …

The microstructure evolution and deformation mechanisms of AZ31 alloy sheet during hot
rolling were investigated. The initial microstructure in the as-received AZ31 sheet shows …

In this paper, we report the use of cold-sample rolling (CSR) processing, which induced a
high fraction of double twins and a substantial texture-weakening effect in an Al …

Poor formability at room temperature (RT) has been the main bottleneck for a wider range of
applications of concentrated Mg–Al–Ca (–Zn) sheet alloys. Here, we report that RT stretch …

We clarified the role of Zn on the mechanical properties and texture evolution in Mg-1.2 Al-
0.5 Ca-0.4 Mn-xZn (wt.%, x= 0, 0.8 and 1.6) alloy sheets fabricated by twin-roll casting and …