Programmable hydraulic control (PHC) technology utilized in construction machinery is
superior to the conventional electronic-hydraulic control technology. This paper aims to …

To reveal the thermal-fluid-structure interaction characteristics of water-lubricated
slipper/swash plate interface, a transient mixed thermoelstohydrodynamic (MTEHD) …

In this study, Al2O3-water nanofluids flowing through a micro-scale T45-R type Tesla valve
was investigated numerically. Both forward and reverse flows were investigated based on a …

Axial piston pumps are widely used in construction machinery due to the high power density.
The leakage performance of the spherical valve plate pair is of great significance to the large …

Abstracts High-speed axial piston pumps are the key components of electro-hydrostatic
actuators (EHA). Pumps of this kind have been used in large civil aircraft like the Airbus …

This paper proposes a decoupling compensation method for damping improvement of the
electrohydraulic control system with multiple actuators. The low damping property of …

To introduce the elastohydrodynamic lubrication effect caused by the pressure distribution
under a surface-textured slipper, the slipper's load-carrying capacity is studied. An …

Flow control is one of the most important valve functions which can be realized using the
signal obtained by flow meters. However, flow meters are not suitable for being installed on …

Seawater piston pump is a key power component for underwater equipment. Low pressure
pulsation and vibration have become the key requirements of high quality seawater piston …

A novel multiobjective adaptive surrogate model is employed for the prediction of full-film
lubrication performance of surface texture profile for thrust bearings in axial piston pumps. At …