For the purpose of reducing and reusing municipal wastes, used aluminum products, waste
glass, and rice husk were selected and reprocessed into green-metal composite. The …

The present-day structural application requires advanced materials at extreme conditions,
and the development of it is not economically feasible. As a result, existing material in the …

In the present study, bobbin tool friction stir processing (BT-FSP) with a cylindrical pin was
utilized to produce bulk processed AA1050 and AA1050/6.5 vol% silica fume (SF) composite …

The use of ashes derived from various waste sources as supplements to synthesized
ceramic reinforcement in metal matrices has been established. However, studies involving a …

In developing countries, the importation of synthetic ceramic particles for particulate
reinforcement of metal matrixes is costly, so locally sourced and sustainable alternatives are …

Al 7075 metal matrix composite (MMC) augmented with 15 wt% SiC particles (SiC p) of
mean particle size (MPS) 8 µm was fabricated through vortex stir cast method, followed by …

Metal matrix composites (MMCs) processed with significant technological interventions offer
excellent properties at reduced cost resulted in a wide range of engineering applications. In …

The flexural behavior of iron-based composite castings has been analyzed under three-
point loading conditions. The metal matrix composite casting of five varying compositions of …

Aluminum metal matrix composite (AMMC) is employed in all engineering applications, most
notably as a substitute for conventional metals in the fields of defense, automotive, and …

The stir casting process was used to prepare AA6061 hybrid aluminium composites with
Silicon Carbide and Tungsten Carbide as reinforcement components in this study. For this …