In this paper, the relationship between anisotropic mechanical properties and the
corresponding microstructure evolution of wrought magnesium alloys is critically reviewed …

The crystallographic orientations are generally non-random in wrought Mg alloy, which will
lead to their macroscopic physical properties to be anisotropic. Understanding the texture …

The aim of this research was to elucidate the underlying mechanism involved in the
formation of rare earth (RE) texture and pseudo fiber bimodal microstructure in the high …

A TD-split basal texture with two peaks highly tilted from the normal direction (ND) towards
the transverse direction (TD) is usually developed in Mg-Zn-Ca plates and can effectively …

Exciting metallurgical breakthroughs of the last decades alongside the development and
wide-ranging availability of new and more capable experimental and theoretical tools for …

Low absolute strength becomes one major obstacle for the wider applications of low/no rare-
earth (RE) containing Mg alloys. This review firstly demonstrates the importance of grain …

Constructing bimodal grain structure is a promising approach to achieve the high strength-
ductility synergy in Mg alloy. Formation of bimodal grain is closely related to the dynamic …

Room-temperature (RT) formability is a key factor to broaden the applications of rolled Mg
alloy sheets in the industry. However, rolled Mg alloy sheets generally form strong basal …

We utilized electron backscatter diffraction to investigate the microstructure evolutions of a
newly developed magnesium-rare earth alloy (Mg–9.80 Gd–3.78 Y–1.12 Sm–0.48 Zr) …

Achieving a high strength-ductility synergy in rolled Mg alloys remains a major challenge,
especially for Mg alloys with high contents of rare earth (RE) elements, which are hard-to …