In this work, a new class of iron-based high entropy shape memory alloys (HE-SMAs) have
been designed, characterized, and optimized. These FeCuNiMnV alloys (FeMn-like) with …

The microstructure, mechanical properties, damping capacities and corrosion properties of
Mg-8.5 Gd-5Y-xAl (x= 0.2, 0.5, 0.8 and 1.1 wt%) alloys were investigated in this study. The …

In order to improve the damping capacity of aluminum matrix composites (AMCs) and
overcome the mutual exclusive of strengthening and damping capacity, a new strategy that …

FeMnSi based shape memory alloys are considered for engineering applications such as
prestressing of concrete or coupling devices. For this, a high recovery stress is desired …

The present work mainly investigated the microstructures, mechanical properties, and
damping capacities of as-extruded Mg–Zn–Y–Zr alloys with varied phase composition …

The influences of Zn on the microstructure, mechanical properties, and damping capacity of
as-extruded (Mg–5% Y–0.6% Zr) 1− x Zn x (x= 2%, 4%, 6%, mass fraction) alloys were …

The irreversible motion of magnetic domain walls in ferromagnets can dissipate a large
portion of the elastic energy, and the associated damping capacity is proportional to the …

The grain size dependence of the damping capacity of Fe-17 wt% Mn steel was
investigated. A high damping capacity was measured in the ultra-fine grained steel, despite …

We propose a novel approach to tackle the intrinsic trade-off between the mechanical and
damping properties of a cold-rolled Fe-17Mn-Nb alloy by tailoring the fraction, size and …

Fe–17Mn is a commonly used damping alloy with excellent strength, wide temperature
range, and low cost. Nevertheless, its poor resistance to corrosion and its low high …