In this work, the influence of different Ti additions on microstructure and property in Cu-Cr
alloys has been studied and the primary relationship of processing-microstructure-property …

In this paper, the prepared Cu-0.25 Cr alloy and Cu-0.25 Cr-0.03 Ti alloy strips were treated
with aging at 490° C for different holding time. The electrical conductivity and the yield …

Abstract Ti additions in Cu–Cr–Zr alloys are useful for achieving high mechanical properties.
In this work, the influence of Ti contents (0.25 wt%, 0.6 wt%, and 1.02 wt%) on the …

Abstract Cu-0.57 Cr-0.01 Ca and Cu-0.58 Cr-0.01 Sr (wt.%) alloys were fabricated and
processed by thermo-mechanical treatment. Their mechanical and electrical properties and …

First-principles calculations and experimental studies, including transmission electron
microscopy (TEM), electrical conductivity measurements, and yield strength and stress …

Abstract High-performance Cu-Cr-Zr-X alloys are regarded as novel structural materials for
nuclear fusion reactors. Through combining the experiments and density functional theory …

In this study, high-performance Cu–0.69 Cr–0.46 Co–0.34 Ti (wt%) alloys with nano-
precipitates and nanotwins are prepared via a two-step cryorolling and aging process. The …

A high-performance Cu-Cr-Zr alloy, including ultimate tensile strength of 669 MPa,
elongation to fracture of 15.7% and electrical conductivity of 73.1% IACS is achieved by the …

Abstract In this study, Cu-0.8 Cr-0.1 Zr alloy was prepared by vacuum horizontal continuous
casting method. The effect of different thermo-mechanical treatment processes on the …

The optimization of process is essential for improving the overall properties of high-strength
and high-conductivity Cu alloys. This study introduces a high-temperature short-time …