Sustainability and environmental protection have given rise to the use of renewable and
biobased materials in several application areas. Fibre reinforced composites are currently …

Machine learning (ML) and artificial intelligence (AI) are rising stars in many scientific
disciplines and industries, and high hopes are being pinned upon them. Likewise, ML and …

The escalating industry-wide requirement for environmentally friendly materials has led to
an augmented emphasis on natural fibers. Their intrinsic biodegradability, lightweight …

This study investigates the influence of NaOH treatment on tribological behavior in hybrid
fiber‐reinforced composites, specifically employing Banana fiber with Al2O3 filler in an …

Commercial vehicle brake pads play an important role in the environmental impact caused
by road transport. Their complex raw material requirements and increasingly prevalent …

This study delves into the significant effects of sodium hydroxide (NaOH) treatment on the
tribological properties of hybrid fiber-reinforced composites, specifically focusing on the …

Friction plays a vital role in energy dissipation, device failure, and even energy supply in
modern society. After years of research, data and information on tribology research are …

Machine learning (ML) techniques are used to predict the coefficient of friction of an epoxy
polymer resin (SU-8) and its composite coatings deposited on a silicon wafer. Filler type and …

Composite materials remain as the preferred source for the material engineers to develop
light weight products for domestic and industrial applications. The prime objective of this …

Awareness of environmental issues has led to increasing interest from composite
researchers in using “greener” materials to replace synthetic fiber reinforcements and …