Friction and wear are ubiquitous, from nano-electro-mechanical systems in biomedicine to
large-scale integrated electric propulsion in aircraft carriers. Applications of nanomaterials …

Transportation and power generation have historically relied upon Internal Combustion
Engines (ICEs). However, because of environmental impact and inefficiency, considerable …

The major objective of this work was to evaluate the tribological properties of the carbon
nanotube/spherical SiO 2 nanoparticles combinations as lubricant additives in deionized …

The demand for an improvement in the tribological properties of lubricants used in various
industrial plants, the automotive industry, and other power transmissions has resulted in the …

In this study, a diesel engine was operated both in dual fuel mode and with nanoparticle
additives. The aim is to experimentally investigate the effect of both carbon nanotube …

Improved lubrication parameters of lubricating oils due to the addition of carbon nanotubes
(CNT) have been demonstrated in the past. This benefit, however, is short-lived due to self …

Over one-third of the worldwide energy production is estimated to be consumed by friction
and wear. Delivering adequate lubrication between two contacting surfaces is one of the …

Nanoparticles showed their efficacy in every aspect of engineering applications due to their
exceptional properties. The objective of the present work is to critically present a brief …

The friction-wear response of surfactant functionalized MWCNT-in-oil suspension under
hybrid aluminium metal matrix composite/EN31 contact is presented. Composites were …

This study explores the significant potential of machine learningguided design in optimizing
nanolubricants, focusing on their application in reducing friction and wear in mechanical …