In this work, the microstructural evolution and strengthening mechanisms of pure copper and
Cu–Ag alloys subjected to cold rolling were experimentally investigated. Significant strain …

Cu–6wt.% Ag, Cu–12wt.% Ag and Cu–24wt.% Ag alloys were prepared by vacuum melting,
solution treating at 740° C for 4h and aging at 450° C for different times. The effect of aging …

The microstructure and the mechanical properties of Cu–Ag alloys with 7 and 24 wt.% Ag
are investigated. The microstructure of the alloys is mostly determined by the silver content …

In the present paper, we present the microstructure and mechanical properties of cryorolled
and annealed Cu–5wt.% Zn and Cu–5wt.% Al alloys. Ultrafine grained microstructures with …

There is considerable interest in the development of high strength Cu-base composites with
high conductivity for applications such as high field magnets (1–7), and essentially two alloy …

Abstract Cu-2% Al and Cu-4.5% Al alloys were developed by metal mould casting followed
by homogenization at 800° C for cryorolling. The homogenized samples were cryorolled …

Pure copper and Cu–12.1 at.% Al–4.1 at.% Zn alloy were subjected to rolling in liquid
nitrogen. TEM studies showed that dynamic recovery during the deformation process was …

The microstructures and tensile deformation behavior of Cu–16wt.% Ag binary alloy with
coarse grains were investigated by electron backscattered diffraction (EBSD) and scanning …

This investigation systematically explores the impact of minor Cr additions on the
microstructural evolution, precipitation kinetics, mechanical properties, and electrical …

Abstract A new Cu–2Ag–0.14 La alloy is developed to enhance the mechanical property
and electrical conductivity with inducement of Ag-rich primary phases and finer nanoscale …