Macroscale superlubricity on engineering steel surfaces offers a promising solution for
minimizing friction and wear in engineering applications. However, achieving superlubricity …

Liquid superlubricity has attracted much attention, due to its ability to significantly reduce
friction on the macroscale. However, the severe wear caused by the long running-in period …

Herein, the graphitic carbon nitride (gC 3 N 4) nanosheets are protonated treatment and
then electrostatically self-assembled with reduced graphene oxide (RGO) to obtain gC 3 N …

The wear of friction pairs, especially under current-carrying conditions, significantly reduces
equipment performance and service life due to electric arc erosion. This study employs laser …

CeO 2 decorated reduced graphene oxide (CeO 2@ rGO) nanocomposites synthesized
using a hydrothermal method were studied for their tribological, anti-corrosive and …

Load-carrying capacity and electrical stability are important factors in evaluating the
performance of conductive grease. In this paper, a non-soap conductive grease is prepared …

The current research reports the performance of choline histidine ionic liquids ([Ch][His]) as
novel corrosion inhibitor for mild steel in 3.5 wt% NaCl solution. According to the …

The low conductivity and poor antifriction performance of lubricants are the main causes of
wear failure in mechanical equipment under electronic-control friction. Metal–organic …

An investigation of the interaction between multidimensional nano-additives and tribofilms is
crucial for enhancing mechanical efficiency, extending equipment lifespan, and reducing …

In the rapidly growing field of electrification of mechanical systems, such as electric vehicles
(EVs), it is needed to understand how electric currents affect lubricated mechanical …