The hydraulic equipments has a high utilization in the many works such as the excavation, planation and crane works in the construction sites. They are an essential equipments in the construction site and the loading & unloading works of the large size objects. In the many parts which are composed of the hydraulic equipments, the main control valve(MCV) is the core of the equipments. The hydraulic energy from the pump controls the direction and the rate of flow by MCV. And the flow rate of the MCV inlet operate some actuators to perform the diverse action of the spool. So, it is important to analysis the shape of the flow path and the notch of the spool. In order to perform the optimal design of the 6-way valve, the study for the analysis of the flow path and the pressure distribution according to the pressure control, which to meet use condition, must be performed. In this study, we carried out the reverse-engineering of the MCV using the parametric technique as the first step in the research of the MCV. And we analyzed the shape of the flow path and the pressure distribution for the notch of the spool using the optimal modeling of the MCV.
Main Control Valve(MCV ; 주제어밸브)Spool(스풀)Notch Shape(노치형상) Parametric Technique(파라메트릭 기법)Reverse Engineering(역설계)Pressure Distribution Analysis(압력분포 해석)6-way valve(6연 밸브)
저자
이태근 [ Tae-Keun Lee | Daeduk College ]
김태규 [ Tae-Kyu Kim | Wonkwang University ]
Corresponding Author