Hydraulic valves are key components of fluid power systems. They control the flow rate and
pressure in hydraulic lines, actuator motion, and direction. Valves that control flow rate or …

This paper presents detailed experimental results on the static and dynamic behaviour of a
hydraulic pressure relief valve with poppet valve body, with a special emphasis on the …

The stability characteristics of a spring-loaded valve with two outlets are studied by
numerical simulation. The domain decomposition method is used to discrete the numerical …

The present work is aimed at simultaneously reducing the additional flow force on the cone
and cavitation intensity in a poppet valve. A prediction model of flow force on the cone and …

This investigation utilized binary-coded, parallel-connected on-off valves that can achieve
high flow rates with fewer valves while addressing flow peak challenges. By considering …

This paper is concerned with the flow model and dynamic characteristics of the poppet relief
valve. The flow model of the poppet valve orifice is established with a novel function of flow …

This paper presents the results of experimental studies of the phenomena connected with
the flow of the working medium in the throttling orifice of the conical head-bevelled or feather …

Efficient water supply systems are necessary for the development and sustainability of
human societies. One relevant aspect of these systems is the metering function, recorded …

The discharge coefficient (C q) is an important parameter that affects the flow capacity of
hydraulic valve. Many researches of C q focused on main stage poppet (half cone angle is …

Accurate flow inferential measurement enables accurate real-time acquisition of the flow rate
for hydraulic systems, effectively replacing conventional expensive and space-consuming …