The phase transformation and precipitation process of a C17200 Cu–2.0 wt% Be alloy
during the aging process at 320° C are investigated in this study. It is confirmed that the …

The hot deformation characteristics of Cu–2Be alloy is studied within the temperature range
of 650–950° C and in strain rate of 0.001–1 s− 1. The constitutive analysis and adaptive …

The γ" phase and the γ′ phase are metastable precipitates in Cu-2.0 wt% Be alloy, which
play a key role in strengthening the alloy. This paper mainly discusses the formation …

A quantitative investigation on the influence of precipitation process and kinetics on the
Young's modulus evolution and strengthening mechanism of a Cu-1.95 wt% Be alloy is …

The influence of microstructure on the Young's modulus and hardness in a Cu-2Be (wt%)
alloy was analyzed. The material was homogenized at 1113 K and submitted to thermal …

Unconventional double-peak age strengthening phenomenon has occasionally been
observed in some alloys, yet the underlying mechanism responsible for this phenomenon …

The electrical and mechanical properties of a Cu–2.50 Ni–0.50 Si–0.45 Cr–0.25 Co–0.25 Zr
(wt%) cast alloy were investigated. The alloy produced as billet material by arc melting …

通过硬度测试, 室温拉伸实验, 电导率测试合金性能, 以及借助OM, XRD, TEM
等手段分析合金组织特征, 研究QBe2. 0 合金在280℃ 下时效的组织与性能, 结果表明 …

In this study, an integrated paradigm was developed for the simulation of static
recrystallization (SRX) after cold rolling of a Cu-2Be alloy. The proposed framework also …

The effects of Ni content (0− 2.10 wt.%) on the precipitated phase, strength and electrical
conductivity of Cu− 0.4 wt.% Be alloy were investigated, and the influencing mechanism was …