To study the application performances of new aluminum alloy conductors, dynamic
mechanical analysis and microstructure observation were used to characterize the heat …

Abstract In this study, Zr 41.2 Ti 13.8 Cu 12.5 Ni 10 Be 22.5 amorphous alloys samples with
the same diameter (8 mm) were prepared by using self-designed molds (viz. refractory steel …

This paper proposed a novel wire‐preparation technique integrated Pr‐doping to improve
the tensile properties of rotation‐dipped Cu‐based amorphous wires, and systematically …

An isochronal creep recovery of a Zr-based material is discussed with a constructed
dynamic viscoelastic model based on the Maxwell model concerning structural …

Uniform Cu48Zr48Al4 amorphous microwires with a high surface quality are fabricated by a
melt extraction technique. The mechanical property of microwires is evaluated via tensile …

Liquid immiscibility was studied in Cu–Zr–Ag–Y and Cu–Zr–Ag–Ni liquid alloy systems. In
case of Y addition the liquid decomposes into an Ag–Y rich liquid (L 1) and into a Cu–Zr rich …

Fe–based metallic microwires possess unique microstructure and size effects, exhibiting
favorable mechanical, electrical, and magnetic properties, thus distinguishing them as a …

Abstract The Cu–Zr–Ag system is one of Cu− Zr based bulk metallic glasses (BMG) that has
been in the center of great interest for a long time. This work summarizes results on …

An amorphization process in (Cu 49 Zr 45− x Al 6+ x) 100− y− z Ni y Ti z (x= 1, y, z= 0; 5; 10)
induced by ball-milling is reported in the present work. The aim was investigation of the …

Phase formation, glass forming ability, mechanical and thermal properties of Cu 50 Zr 50− x
Al x (0⩽ x⩽ 11.0) glass forming alloys were systematically investigated. The results show …