Abstract Near-eutectic Al–Si alloys attracted significant interest in automotive, aerospace,
and other industries owing to their superior strength and high-temperature resistance …

Intensive melt shearing was applied to the commercial AZ91D alloy melt to investigate its
effects on grain refinement. Alloy melts with and without melt shearing were also filtered …

Today, ureteral stent technology is making progress towards the reduction of complications
and patient discomfort. Therefore, magnesium alloys have become excellent candidate …

The semi-solid A380 aluminum alloy slurry prepared by water-cooling serpentine channel
and its rheo-diecasting were studied in this paper. The result showed that the pouring …

It has been demonstrated recently that intensive melt shearing can be an effective approach
to the grain refinement of both shape casting and continuous casting of Mg alloys. In the …

Compared with the high pressure diecasting, rheo-diecasting has an advantage in
decreasing defects, refining microstructure and improving properties. In the present work, an …

The effects of solid solution treatment on microstructure and mechanical properties of SiC
p/2024 Al matrix composite fabricated via powder thixoforming were investigated, as well as …

A semi-solid Al alloy with superior comprehensive performance was obtained via alloying
design concept and rheo-diecasting (RDC). The semi-solid alloy slurry was obtained via the …

Al8Mn5 intermetallic particles are usually present in most of commercial Mg–Al based
alloys. In recent years, the ability for the Al8Mn5 particles to act as potent nucleation sites for …

A serpentine channel pouring (SCP) process for efficiently preparing semi-solid 6061
aluminum alloy slurry and its rheological high pressure die casting (Rheo-HPDC) …