The manufacturing, installation, operation and dismantling of wind turbines can also have
environmental impacts such as excessive carbon emissions and consume large amounts of …

The prolonged operation of the motor in the all-electric aircraft can cause the fragmentation
and shortening of grease thickener fibers, ultimately resulting in the lubricating grease …

Eco-friendly carbon spheres (CS) used for lithium grease were synthesized by hydrothermal
synthesis in this work. The obtained composite greases were evaluated on a HSR-2M ball …

In order to satisfy the requirement of lubrication under extreme working conditions (eg,
heavy load, high speed, and high temperature), a lubricating grease containing boron nitride …

Lithium grease with nano-tungsten disulfide as lubricating additive was prepared in this
study. The optimal SRV-tribometer was employed to investigate the influence of nano …

Our research scrutinizes the impact of grease rheological properties on the lubrication
performance of wind turbine spindle bearings. The rheological behavior of three distinct …

In order to improve the tribological properties of lithium-based grease, lithium greases
modified by different content of nano-CuO were prepared. The nano-CuO particles were …

Purpose This paper aims to contrastively investigate the antioxidant behavior and
tribological performance of a novel multifunctional additive (PBT) and dialkyldithiophosphate …

In general, the friction and wear property of lubricating grease has great influence on the
usability of bearings. Copper oxide (CuO) was added in the base grease to prepare …

Three kinds of conductive grease are prepared by adding three lithium salts, including
lithium tetrafluoroborate (LiBF4), lithium hexafluorophosphate (LiPF6) and lithium bis …