The subject of this paper is the review of advanced technology used in hydraulic systems.
The technology in question is termed Independent Metering (IM); this is used in hydraulically …

This paper presents a survey of recent advancements and upcoming trends in motion
control technologies employed in designing multi-actuator hydraulic systems for mobile …

The rapid industrial development in the fields, such as robotics and high-tech manufacturing,
has put forward much higher requirements for the application of high-performance …

Generally, the valve controlled electro-hydraulic systems are able to achieve high motion
tracking precision, but suffer from large amount of throttling losses. As an alternative …

Mobile machinery energy efficiency and emission pollution are the national and worldwide
issues. This paper contributes in solving these problems by applying a speed variable …

In addition to high-precision closed-loop control performance, energy efficiency is another
vital characteristic in field-robotic hydraulic systems as energy source (s) must be carried on …

Independent metering valve control system can overcome the shortcomings of the traditional
four-side linkage valve controlled system, such as poor controllability and large energy …

In hydraulic area, independent metering control (IMC) technology is an effective approach to
improve system efficiency and control flexibility. In addition, digital hydraulic technology …

The independent meter-in and meter-out valves control approach makes the two chamber
pressures of the hydraulic actuator completely controllable, and offers possibilities for …

Experimental studies of counterbalance valve for the hydraulic drive control systems of
mobile machines are presented. According to the results of theoretical research …