Magnesium alloys with excellent comprehensive properties need to be developed due to the
urgent demand in vibration and noise reduction or elimination fields. Herein, a novel high …

In this work, different extrusion processes were carried out on a Mg-3.16 Y-1.85 Zn-0.37 Zr
(wt%) alloy containing long period stacking ordered (LPSO) phases. The effect of extrusion …

In this work, a novel high damping Mg-1.5 Gd binary alloy with ultrahigh ductility and
adequate strength was prepared by hot extrusion at different temperatures of 360° C, 420° C …

Abstract The damping capacity (Q− 1) of cast Mg-xY (x= 1, 3, 7 wt%) binary alloys were
studied in aspects of yttrium (Y) content, heat treatment and pre-deformation. The …

Developing magnesium (Mg) alloys with both high elastic modulus and damping capacity is
a long-term challenge in the field of lightweight metals. Herein, it is shown that alloying with …

An ultrahigh strain-independent damping in Mg–1Mn alloy was prepared by cold rolling
process. Combined with microstructure characterization, the mechanical properties and …

The effect of Y content on the mechanical properties, damping properties of high damping
Mg–0.6% Zr based alloys was carried out both using tensile testing and dynamic …

This paper presents the successful preparation of a high-damping, high-strength Mg–Cu–
Mn–Zn–Y alloy by alloying and extrusion. The damping capacity of the as-cast Mg–3Cu …

Abstract A novel Mg–4Er–4Gd–1Zn alloy was prepared by combined processes of direct-
chill semi-continuous casting, heat-treatment and hot-extrusion. The alloy has good …

The damping behavior of extruded Mg-xY (x= 0.5, 1.0, 3.0 wt.%) sheets were investigated in
detail concerning the effects of Y addition and temperature, and the relationship between …