Materials are the backbone of any engineering structure and aerospace materials
technologies are therefore closely guarded, in view of their dual use. Indian national space …

Abstract Copper-chromium-zirconium (CuCrZr) is tailored using additive manufacturing,
particularly laser powder bed fusion (LPBF). Due to high thermal conductivities and high …

In this study, copper-based composites containing nanoscale TiC with high strength and
high electrical conductivity (712 MPa and 72% IACS) were produced by a newly developed …

In comparison to other Cu-based alloys, the high-temperature strength of the studied Cu-
4.06 Cr-1.25 Nb alloy fabricated by the atmospheric melting method was improved …

There is a challenging trade-off between the high strength and high electrical conductivity in
copper-based alloys. Designed Cu-3.65 wt% Nb (CN) and Cu-3.48 wt% Nb-0.11 wt% Si …

The precipitation behavior and properties of Cu-0.23 Be-0.84 Co alloy aging at 460° C for 0
h, 0.5 h, 1 h, 2 h, 3 h, 4 h, 5 h, and 6 h were investigated systematically by transmission …

The pursuit of developing high-performance Cu composites has always focused on
maintaining high electrical conductivity, while simultaneously enhancing strength and …

Abstract Cu-Cr-Nb alloys has become a key material for ITER plasma facing components
(PFC) due to its excellent thermal stability. In this study, Cu-3.3 Cr-1.6 Nb (wt%) alloy was …

Abstract Cu− 2Cr− 1Nb alloy was fabricated by spark plasma sintering (SPS) using close
coupled argon-atomized alloy powder as the raw material. The optimal SPS parameters …

Cu alloys can be plastically deformed to reach ultra-high strength, but often at an expense of
their electrical conductivity. Here we report that the introduction of hierarchical precipitations …