Al–Si alloys are commonly utilized in the production of automobile components, including
pistons and cylinders. Although this alloy offers desirable features for usage in pistons …

In this research, the synergistic effects of multi-walled carbon nanotubes and in-situ
synthesized titanium carbide (TiC) on the mechanical performance of aluminum hybrid …

This study focuses on a comparative analysis of mechanical behavior and microstructural
characteristics of Cu matrix (C87600) based hybrid composites reinforced with SiC-Grp and …

The ever increasing service requirement of industries like automobile, aerospace, marine,
infrastructure and transportation have evolved non-ferrous metal matrix composites with …

The purpose of this study was to explore the effect that stir casting has on a TiO2 and SiC
nanoparticles reinforced aluminium matrix composite. In order to study the development of …

Integrating ceramic particles into aluminum matrices poses significant challenges due to
their limited wettability and high specific volume ratio. This research focused on developing …

The factors affecting the hardness, compressive strength, ductility, impact strength, wear
rate, coefficient of friction, microstructure (uniform distribution of reinforcements), and …

The present research deals with the modeling of wear performance of AA5052 metal matrix
composites (MMCs) reinforced by in-situ formed TiC particles using two methods, namely …

In this research, aluminum alloy AA5052-based hybrid metal matrix composites (MMCs)
were fabricated using in situ synthesized titanium carbide (TiC) and ex situ multi-walled …

In this study, we manufactured a boron-doped titanium dioxide (B-TiO 2)-strengthened
aluminum brake disc via the die-casting technique to see if it could replace conventional …