A water hydraulic axial piston pump has become the preferred power component of
environmentally friendly water hydraulic transmission systems, due to its advantages of a …

This paper presents a critical review on the measuring methods and parameters affecting
nano-tribology in the context of nano-scale wear. Nano-scale wear phenomena play a …

Currently, the application of titanium-based implants is hindered by challenges such as
inadequate wear resistance and limited osseointegration. Surface texturing technique has …

The novel centrifugal micro hydrodynamic axial-thrust bearing has been demonstrated to
substantially mitigate the wear in hydrodynamic suspension micropumps. To further elevate …

Aluminum alloys are frequently utilized in aerospace and automotive manufacturing due to
their high strength, excellent corrosion resistance, and ease of processing. However, their …

The superior tribological properties of bearings with low friction appear to be actualized by
not a single lubrication, but the adaptive multi-mode co-lubrication in which the interface can …

The long-term wear of the piston/cylinder pair is the main failure reason for axial piston
pumps. In this paper, the dynamics of textured films to enhance the lubrication performance …

The friction and wear performance of the valve plate pair significantly affects the service life
and reliability of axial piston pumps. Loading pressure during the running-in process is …

Energy and material losses due to friction and wear during the use of materials bring about
very serious costs in every sector. In order to minimize friction and wear losses of materials …

Damage to mechanical components caused by contaminant ingress is a common failure. In
response to this issue, this study introduces a synergistic abrasion reduction method based …