Commercially available hydraulic pumps exhibit lower performance at a wide range of
operating conditions, resulting in a significant decrease in productivity and efficiencies as …

Digital hydraulics is a discrete technology that integrates advanced dynamic system
controls, digital electronics, and machine learning to enhance fluid power systems' …

This article presents the conceptual design, operation principle, dynamic modeling, and
simulation results of a discrete incremental hydraulic positioning system (DIHPS) intended …

The significance of practical experience and visualization in the fluid power discipline, highly
tied to students' success, requires integrating immersive pedagogical tools for enhanced …

Steering system of heavy vehicle facing intelligent and green development needs to satisfy
the requirements of high precision and energy-efficient dynamic steering. Traditional …

Digital hydraulics is a technology gaining perceptible growth in fluid power research. The
advantages of digital fluid power systems can be realized through improved system …

One of the problems limiting the off-road mobility of multi-axle-wheeled vehicles is a
kinematic discrepancy, which increases the resistance to motion when negotiating …

Saving energy is as important as energy production. In systems like cars, trains, elevators,
and machines that require frequent start/stop operation, a significant amount of kinetic …

There is a permanent and strong need for energy recovery to improve the efficiency of the
hydraulic system in the field of the construction machinery. In addition, the digital pump will …

The design of the high-speed on/off valve is challenging due to the interrelated structural
parameters of its driving actuator. Hence, this study proposes a multi-objective optimization …