The effect of p-block elements (Ga, Ge and In) addition on grain boundary structures and
room temperature mechanical responses was investigated on extruded Mg binary alloys …

During deformation, dislocation movements at grain boundaries (GBs) directly affect GB
plastic behaviors, thus affecting the mechanical properties of metal materials. As common …

Grain growth directly influences the plasticity and strength of Mg alloys. As the grain size
decreases from the microscale to the nanoscale, the plasticity of Mg alloys continually …

Using atomistic simulations, we investigated the effects of Zn on Mg alloys to reveal the
mechanism underlying the good ductility and strong basal texture of Mg-Zn solid solutions at …

Low ductility and strength are major bottlenecks against Mg alloys' wide applications. In this
work, we systematically design the composition and fabrication process for a low-alloyed Mg …

The impact of grain boundary structures on mechanical properties and its deformation
behavior was investigated on a wrought processed Mg-0.3 at% Mn binary alloy. The Mg-Mn …

Abstract Mg-xAl alloys (x= 3–12 wt%) were prepared by high pressure solidification. The
microstructure of the alloys was studied using Scanning Electron Microscope (SEM) and …

The role of alloying element segregation at grain boundary on the microstructure and
mechanical properties is investigated in the case of Ca, Ce, and Nd addition in Mg-1Zn …

Solute atoms and precipitates significantly influence the mechanical properties of Mg alloys.
Previous studies have mainly focused on the segregation behaviors of Mg alloys after …

Formability and ductility of Mg alloy are highly dependent on its mechanical anisotropy and
are mainly dominated by the anisotropic deformations of basal slip, tension twining and non …