Graphene, a single layer of carbon atoms arranged in a two-dimensional honeycomb lattice,
has garnered significant attention in recent years due to its exceptional properties and …

Graphene-based materials have great potential for tribological applications. Graphene's
unique properties such as low shear resistance, high stiffness, and thermal conductivity …

Precise wear evaluation is essential to develop prediction models, applied to design
materials, components and to optimise new manufacturing processes. Pin-on-disc is a …

This study presents a dual-biomimetic polymer coating with improved wear and corrosion
resistance, inspired by natural biological structures of shells and superhydrophobic …

Among the amazing properties of graphene, superlubricity is one of the most promising
properties. This property can be used in industrial field components to reduce friction without …

Interfacial wear damage is one of the primary causes of joint failure, especially in the marine
environment since material aging greatly aggravates the wear damage between the contact …

Graphene and graphene/nanoparticles were explored to enhance the atomic oxygen (AO)
corrosion resistance of polyimide (PI) composites. Graphene flakes (EGs) were produced by …

Graphene is a promising candidate used to reduce friction and wear in micro-and nano-
device applications owing to its superior mechanical robustness and intrinsic lubrication …

In this study, carbon fiber was used to improve the wear resistance of the 7075 Al alloy
surface. The tribological properties of carbon fiber reinforced 7075 Al alloy were evaluated …

Reductions in friction and wear are widely sought to promote energy-saving and reliability in
ubiquitous moving machine components. In this work, we demonstrate ultralow friction of …