The unprecedented consumption of lithium-ion batteries (LIBs) is occurring to meet the
needs of modern transportation electrification. Recycling-friendly designs intrinsically …

The thermal properties of Mg alloys require further optimization to encounter the increasingly
severe heat dissipation demands of high-power densities and highly integrated electronic …

Abstract Effects of scandium (Sc) content on microstructures and mechanical properties of a
Mg–1.5 Zn (wt.%) alloy have been systematically investigated. Mg–1.5 Zn alloys with Sc …

With the continual increase of application requirement of lightweight shape memory alloys
(SMAs), MgSc alloys have drawn great attention as a new SMA. However, the ambiguous …

As excellent lightweight engineering materials, Mg-Sc alloys also exhibit shape memory
effects. With less than 25 atomic percent Sc in Mg, the martensitic transformation was found …

This study investigated the transformation-induced plasticity (TRIP) effect in Mg–Sc alloys
with β single-phase (body-centered cubic) structure. A Mg-19.8 at% Sc alloy showed fracture …

Enlarging the grain size in Mg–Sc alloys can greatly improve superelasticity. The impact of
heat treatment conditions on abnormal grain growth (AGG) caused by phase transformation …

Mg-Sc alloys are known as novel and promising lightweight shape memory alloys
(LWSMAs), which have outstanding performance. Yet, a precise understanding of the …

Abstract Ti-13 V-3Al (at%) high temperature shape memory alloy was considered attractive
material due to its low density. The demand for the better shape memory performance is …

We investigated the effect of aging treatment on the microstructure and superelasticity of Mg–
Sc alloy. Transmission electron microscopy observations and tensile tests revealed that …