In this study, a tungsten heavy alloy with a composition of 90 W-4.9 Ni-2.1 Fe-3.0 Cu was
processed using powder metallurgy. Pure elements were ball-milled to develop a …

The thermal stability and oxidation behavior of metastable W–Zr thin-film alloys with up to 83
at.% Zr were thoroughly investigated with a focus on the effect of gradual substitution of Zr …

Abstract Fe–Mn–Si–Cr–Ni shape memory alloys (SMAs) were prepared by mechanical
alloying and discharge plasma sintering. The effects of milling time on the microstructure …

Formation of the W 2 Zr intermetallic is the key reason for the low relative density and
brittleness of W-Zr alloys. In this study, 65W-Zr-Ti-Nb alloys with different Ti and Nb content …

In this study, W–Zr surface alloys (SAs) were synthesized by low-energy high-current
electron beam (LEHCEB) processing of preliminary deposited tungsten films on zirconium …

Aluminium alloy is a widely used lightweight alloy in automobile and rail vehicle
components, especially in parts such as brake pads and wheels, which require high wear …

Pure tungsten and tungsten alloys have been widely used in metallurgy, energy, chemical
industry, aerospace, national defense, electronics and other fields. However, there are …