Conductive and yet strong copper alloys are essential materials in highly mechanically
loaded electrical devices. We demonstrate a novel in-situ synthesis approach via laser metal …

Copper–iron alloys (CFAs) are a much anticipated class of materials for electrical contacts,
magnetic recordings, and sensors. In this study, Cu 100-x Fe x alloys (x= 10, 30, or 50 …

Powders of copper-iron alloys with composition of 10, 30 and 50 at% Fe were prepared by
gas atomization process, sintered by Spark Plasma Sintering. The analysis of the as …

To enhance the compatibility of Cu with laser powder bed fusion, pre-alloying or powder
surface modification of introducing high laser-absorbing alloying elements is currently …

The influence of rapid quenching on the phase formation of Cu–Si alloys was investigated
for silicon contents between 10 and 30at.%. Rapid quenching leads to formation of different …

Abstract Yttria (Y 2 O 3) dispersed copper alloys were fabricated by an in-situ process
combining Mechanical Alloying (MA) and Hot Isostatic Pressing (HIP). In this process, CuO …

Magnetron sputtering deposition Cu and subsequent annealing in the temperature range of
900–1100° C for 30–60min were conducted with the motivation to modify the surface …

Abstract Two Cu-Cr-Nb alloys, denoted as alloy 1 (comprising Cu-0.89 at% Cr-0.42 at% Nb)
and alloy 2 (comprising Cu-1.84 at% Cr-0.99 at% Nb), were produced through a series of …

Al–Ni–Cu–Si alloy with nominal composition of Al–6wt.% Ni–2wt.% Cu–1wt.% Si alloy were
rapidly solidified by the using melt spinning technique to examine the influence of the …

In order to improve the high-temperature stability of copper (Cu) alloys, which have a range
of applications because of their high conductivity, an in-situ mechanochemical process …