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 …

Through investigating and comparing the mechanical behavior of an as-rolled Mg-3% Al-1%
Zn (wt%) alloy before and after annealing treatments, it was revealed that the formation of …

Grain boundary strengthening is an effective strategy for increasing mechanical properties of
Mg alloys. However, this method offers limited strengthening in bimodal grain-structured Mg …

In this work, the role of Al addition in modifying the microstructure and mechanical properties
of the Mg-1.0 Ca-xAl (x= 0.6, 1.0 wt%; termed as XA10 and XA11, respectively) based alloys …

During the deformation of Mg alloys,{10–12} extension twin often contributes to the formation
of basal texture but rarely assists the nucleation of recrystallization, ie, effective grain …

Poor room temperature (RT) ductility is an inherent disadvantage of magnesium (Mg) alloys,
which limits their wide application. Grain refinement is an accepted method to improve …

During the deformation of Mg alloys,{10-12} extension twin, as one of the most active
deformation mechanisms, contributed much to the formation of basal texture, yet little to …

A new low-alloyed Mg-2Sm-0.8 Mn-0.6 Ca-0.5 Zn (wt.%) alloy is prepared by low-
temperature and low-speed extrusion. The as-extruded alloy has ultra-high yield strength …

The effects of small additions of calcium (0.1% and 0.5% 1) on the dynamic recrystallization
behavior and mechanical properties of as-extruded Mg-1Mn-0.5 Al alloys were investigated …

Magnesium (Mg) alloys, as the lightest metal engineering materials, have broad application
prospects. However, the strength and ductility of traditional Mg alloys are still relativity low …