Traditional ceramic manufacturing is typically done using molds or by hand, which limits the
design complexity, and reduces production efficiency. Ceramic 3D printing technology …

Among different metal matrix composites, the aluminum reinforced SiC composites have
shown robust mechanical properties. The outstanding properties are dependent on the …

Al/SiC composites having a high-volume fraction of SiC are eye-catching materials in the
automobile and aerospace industries. However, their behavior under stringent environments …

We reported a novel method to prepare Al–Si/SiC composites infiltrated under super-gravity
field without Mg addition. Noted that centrifugal force acted as the main driving force to …

As research and development of nanocomposites receive more attention in today's fast-
paced world. SiC nanowires (SiC NWs) and their composites exhibit numerous unique and …

SiC/Al composite materials with SiC particle sizes of 23, 48, and 150 μm were successfully
prepared using the supergravity infiltration method. Engineering scale-up experiments were …

A novel mechanical stirring-assisted double-melt in-situ reaction casting process was
developed to prepare Cu-1TiB 2 (wt%) composites. The effects of preparation parameters …

Particle-reinforced titanium matrix composites (PTMCs), as a new type of lightweight high-
temperature structural materials, have a broad application prospect in aerospace and …

The substantial discrepancy in heat dissipation area among electronic devices leads to
excessive heat accumulation and subsequent overheating at the interface between the heat …

This study looked into the effect of basalt and mica particles on the mechanical and wear
properties of an AL7075 metal matrix composite. AL7075 composites were developed using …