Abstract Nanostructured W-31wt.% Cu composite was for the first time produced via
magnetic pulse compaction from bimetallic particles obtained using electric explosion of …

Magnetic pulse compaction (MPC) technology has the advantages of near net shape, high
efficiency and density. In this paper, the effect of aspect ratio on the deformation …

In this work, the effect of discharge energy on the densification, mechanical properties, and
microstructure of Al 6061 alloy compacted by electromagnetic axial compaction was studied …

Electromagnetic powder compaction technology had the advantages of high efficiency and
strong impact during the powder forming. The mechanical characteristics of copper powder …

Carbon nanotubes reinforced TC4 composites (CNTs/TC4) had good performance and wide
application prospects, but it was difficult to form. In this paper, electromagnetic warm …

We describe a two-step dealloying/compaction process to produce nanocrystalline Au. First,
nanocrystalline/nanoporous Au foam was synthesized by electrochemically driven …

Cu/TiB 2 composite combines electrical conductivity and wear resistance, leading to its wide
application prospect in electrical contact. In this study, electromagnetic impact was applied …

The present research's objective is to investigate the electromagnetic radial powder
compaction process and its effect on the densification, microstructure and mechanical …

The transient temperature evolution during electromagnetic pulsed compaction of powders
is an important concern to densification mechanism, and a homogenous temperature field is …

Rapidly solidified Al-20wt.% Si alloy powders with particle size of~ 106μm in diameter were
fabricated by gas atomization, and the powder compaction was performed by using …