Using nanoadditives in lubricants is one of the most effective ways to control friction and
wear, which is of great significance for energy conservation, emission reduction, and …

This work reviews the failure modes, mechanisms and causes of bearings in mechanical
equipment. Bearings are among the most important basic mechanical components. Their …

Electric and hybrid vehicles are gaining increasing attention in recent years. The
distinguished difference between electric/hybrid vehicles from conventional ones is the …

The most remarkable difference between electric vehicles (EVs) and conventional ones is
the fuel burning dependency of the internal combustion engine, while the emerging EVs …

In electric vehicles' powertrains, bearings can be susceptible to failure more rapidly than
some of the other components mainly because of accelerated fatigue, corrosion and wear …

In automotive industry, most of the moving components and lubricants are currently being
reengineered in order to meet the much harsher operating conditions of electric vehicles …

Because of their higher energy efficiency and environmental friendliness, electrical vehicles
(EVs) have recently positioned themselves as one of the most sustainable alternatives to …

The study deals with understanding the flow and heat transfer aspects of a multi-orifice
synthetic jet (SJ), and the results are compared with a single orifice SJ. The effect of …

Tribological performance of polyalphaolefin 32, PAO, is investigated by adding two
nanomaterials (graphene nanoplatelets, GnP, and hexagonal boron nitride nanoparticles, h …

Mysteries about the origin of friction have remained for centuries. Especially, how friction is
tuned by an electric field is still unclear. Present tuning mechanisms mainly focus on the …