In this study, the effect of mechanical milling time on the mechanical properties, wear
behavior and microstructure of B4C and graphene-reinforced ZA40 metal matrix hybrid …

The aluminium based hybrid composites with micro/nano reinforced particulates are
comprehensively utilized in various manufacturing and engineering sectors because of …

In today's world of engineering materials, every material should have a set of characteristics.
It is the driving force behind the creation of several alloys, polymers, composites, and other …

In present work, a novel Ni-based composite co-reinforced by in-situ solid solution and
ceramic phase through a decomposition of metastable dual-phase (CoCrFeNiMn) 90 Al 10 …

Sažetak This review briefs the vortex casting and hardness of mono aluminium matrix
composites (AMCs) and hybrid AMCs (HAMCs) containing lamellar solids (Gr (graphite) or …

In today's world of engineering materials, every material should have a set of characteristics.
It is the driving force behind the creation of several alloys, polymers, composites, and other …

AA5083 aluminium alloy is an excellent casting material with inadequate strength and poor
wear properties. To increase its deficient mechanical and wear properties, researchers have …

The need for relatively inexpensive composite hybrid materials with many different
characteristics has grown in recent years for innovative matrix composites. Aluminum's …

The modern engineering technology requires materials with high strength, less weight,
immense stiffness and superior mechanical properties. Aluminium depended MMCs find …

An effort was contrived to incorporate aluminium alloy (AA) 7075 reinforced with Silicon
Nitride (Si3N4), Tantalum Carbide (TaC), and Titanium (Ti) particulates using conventional …