The tribological performance of Alumina and Molybdenum di Sulphide (MoS 2) reinforced
hybrid Aluminium matrix composites of are carried out in this study. Lubrication is needed …

Natural fiber reinforced composites are replacing the synthetic fibers rapidly during the
recent days owing to their numerous advantages. Current work focusses on evaluating the …

Building insulations are the order of the day which paves way for energy saving, cost saving
and enhanced comfort. Current day insulation materials are of high cost per unit area albeit …

In today's scenario, composite materials play a vital role in automobile, aerospace, and
defence sectors because of their higher strength, light weight and other mechanical …

Aluminium matrix composites possess a high strength-to-weight ratio due to their low density
by nature. They are widely used in several applications like aerospace, automotive, and …

Aluminium alloy composites find most of their applications in various engineering fields
owing to their higher specific strength, tailorable wear and corrosion resistance and elevated …

This study investigated the effect of copper addition on AA-7075 aluminum alloy's
microstructure and mechanical behavior. Aluminum alloy with copper reinforcement varying …

In orthopedic applications the use of metal matrix composites is essential for potential
replacement to the traditional metal scaffolding in bio implant application. Magnesium (Mg) …

The tribological behavior of three bioinspired (BI) agro-waste ashes—bean pod ash (BPA),
cassava peel ash (CPA), and coconut husk ash (CHA)—integrated as reinforcements in an …

The primary goal of this research is to understand the mechanical properties of Aluminium
composite structures doped with different fullerene types. Therefore, irregularly shaped …