Pure copper has excellent conductivity but low strength, which greatly limits its application in
many fields. In recent years, developing high-strength and high-conductivity (HSHC) copper …

The service performance of the turbine blade root of an aero-engine depends on the
microstructures in its superficial layer. This work investigated the surface deformation …

Cu-Fe composites are a new generation of electromagnetic shielding materials. However,
the substructure evolution of the two-phase composite is not clear in the aging process, and …

A new strategy for the preparation of Cu–Fe alloy with excellent comprehensive
performance is proposed. This strategy combines the construction of dual-scale polymetallic …

The effect of Si on the microstructure and properties of Cu–10Fe alloy was systematically
studied in this paper. By adding 0.4 wt% Si to Cu–10Fe alloy, the mechanical properties …

The influence of minor Ag addition on microstructure and properties of powder metallurgy
Cu-10Fe alloy was investigated systematically. Minor Ag addition can give rise to finer and …

The evolution of the dislocation density, precipitates, texture, and residual stress in lead-
frame Cu-2.13 Fe-0.026 P (wt%) alloys were studied. All samples showed residual …

Simultaneous improvement of both the strength and electrical conductivity of Cu–Fe alloys
(CFAs) through the conventional casting method is an extremely challenging task. In this …

To achieve macro-segregation control and obtain a finer grain structure, oscillating laser
directed energy deposition (OL-DED) was applied for the first time in the manufacturing of …

A series of Cu-10Fe-xSi (x= 0, 0.8, 1.6 wt%) alloys are prepared. The effects of Si content
and a novel multi-stage thermomechanical treatment on the microstructure, mechanical …