Hybrid nanocomposites have emerged as a groundbreaking class of materials in the
aerospace industry, offering exceptional mechanical, thermal, and functional properties …

In order to determine if carbon–luffa hybrid composites are appropriate for automotive
applications, this study gives a thorough mechanical evaluation of such materials. A …

Brakes are one of the basic safety systems on a vehicle. During the operation of the vehicle,
the brakes allow the vehicle to slow down, ie, to adapt to traffic conditions or to stop, if …

Featured Application Minor reinforced aluminum matrix composites for subsequent forming.
Abstract Pure aluminum, due to its inherent low strength and softness, is unsuitable for most …

The present work deals with fabrication and analysis of metal matrix composition of
aluminium (Al 6061). The reinforcement was provided by two different kinds of micro …

While braking, frictional heat raise temperatures at the disc/pad interface. Due to which
rotor's surface may experience early wear, thermally elastic instability, brake fluid …

This study aims to employ the Design for Reliability (DFR) tool for a solar dryer which is used
for drying food grains sustainably. A static box bed type solar dryer was selected to …

Metal matrix composite (MMC) has emerged as a promising engineered material offering
unique properties relevant to railway brake pad development. As a critical component of …

This literature overview examines the capacity of using aluminum matrix composites (AMCs)
rather than conventional grey solid iron in brake rotor packages. Driven by the preference for …

The automotive sector's growing focus on sustainability has been spurred to investigate the
creation of sustainable resources for different parts, emphasizing enhancing efficiency and …