A systematic experimental investigation was conducted to study the effects of microstructure
and residual stress on the tribological behavior of induction hardened GCr15 steel. Dry …

In order to further refine W particles and improve properties of traditional W-Cu alloys, an
innovative freeze-drying and subsequent solid phase sintering technology was employed to …

In this work, a one-step thermal plasma synthesis route was developed to construct core-
shell W-Cu nanoparticles with size about 30 nm. As synthesized nanocomposite powders …

Full-density of consolidated W–Cu composites produced via conventional sintering method
is difficult to achieve. In this work, fully-dense W–Cu composites were developed via the …

An in-situ reaction strategy to synthesize W‒Cu based nanocomposite co-doped with Cr
and WC was proposed, and the resultant multicomponent nanocrystalline bulk has a …

W–Cu composites were produced by the technique of copper infiltration into tungsten fiber
preforms (CITFP) under vacuum circumstance. Fibrous structure preforms with various …

In the present work, several W-25 wt% Cu alloys have been prepared through combined
processes of high-energy ball-milling, liquid-phase sintering and infiltration, using the …

W–Cu composites are commonly subjected to coupled multiple fields in service, which
imposes high requirements on their overall performance. In this study, the ultrafine-grained …

In this study, gradient WC X ceramic particle-reinforced Wsingle bond Cu composites were
successfully fabricated by vacuum pulse carburization and an infiltration sintering process …

Fabrication of net-shape tungsten–copper (W–Cu) composites has attracted more attention
in recent years due to its good performance for wide applications. In this research, W–Cu …