The necessary forces for the control of a hydraulic sliding-spool valve are normally determined by the stationary axial momentum forces of the oil flow through a valve. These forces increase with an increase in the volume flow and the pressure difference. Because of the limited actuating-force potential of normal electromechanical actuators, the direct actuation of conventional valves is limited to small dimensions of valves. To make possible the use of directly actuated valves also for higher hydraulic power and to utilize the direct valve actuation also for higher flows and pressures, the flow forces acting on the valve piston in the axial direction must be compensated. This is possible with an appropriate flow stream of fluid through the...
This article proposes an effective methodology for the fluid-dynamic design optimization of the slid...
This paper introduces an approach to study a valve’s internal fluid dynamics. During operation, the ...
Hydraulic spool valves are found in most hydraulic circuits in which flow is to be modulated. There...
The necessary forces for the control of a hydraulic sliding-spool valve are normally determined by t...
AbstractIn this paper the optimization of the spool and housing geometry in a small hydraulic seat v...
Ovaj članak opisuje neke moguće metode za smanjenje statičnih sila protok ulja u hidrauličkom ventil...
Directional control valves are widely used in hydraulic systems to control the flow direction and th...
The paper presents examination of the properties of single-acting hydraulic drive for valves of inte...
This paper presents a method with the use of CFD analysis for calculating the forces acting on the s...
Industrija hidravličnih komponent za uporabo v oljni hidravliki je tekom časa zgradila monopol nad r...
The hydraulic sliding-spool valve is a key component to control the flow rates and thus pressures in...
In this paper, a three-dimensional (3D) computational fluid dynamics (CFD) methodology to improve th...
This paper analysed the effect of steady-state flow force and transient flow force to sliding direct...
Pressure drop normally occurs within spool valves in the power hydraulic systems. The complexities o...
The paper describes the analysis of a valve control of a drive with a rotary hydraulic motor. The va...
This article proposes an effective methodology for the fluid-dynamic design optimization of the slid...
This paper introduces an approach to study a valve’s internal fluid dynamics. During operation, the ...
Hydraulic spool valves are found in most hydraulic circuits in which flow is to be modulated. There...
The necessary forces for the control of a hydraulic sliding-spool valve are normally determined by t...
AbstractIn this paper the optimization of the spool and housing geometry in a small hydraulic seat v...
Ovaj članak opisuje neke moguće metode za smanjenje statičnih sila protok ulja u hidrauličkom ventil...
Directional control valves are widely used in hydraulic systems to control the flow direction and th...
The paper presents examination of the properties of single-acting hydraulic drive for valves of inte...
This paper presents a method with the use of CFD analysis for calculating the forces acting on the s...
Industrija hidravličnih komponent za uporabo v oljni hidravliki je tekom časa zgradila monopol nad r...
The hydraulic sliding-spool valve is a key component to control the flow rates and thus pressures in...
In this paper, a three-dimensional (3D) computational fluid dynamics (CFD) methodology to improve th...
This paper analysed the effect of steady-state flow force and transient flow force to sliding direct...
Pressure drop normally occurs within spool valves in the power hydraulic systems. The complexities o...
The paper describes the analysis of a valve control of a drive with a rotary hydraulic motor. The va...
This article proposes an effective methodology for the fluid-dynamic design optimization of the slid...
This paper introduces an approach to study a valve’s internal fluid dynamics. During operation, the ...
Hydraulic spool valves are found in most hydraulic circuits in which flow is to be modulated. There...