The solenoid valve used in a submarine direction control system consists of a solenoid coil, a coil core, a housing surrounding the outer of the coil, and a plunger as a driving part. The solenoid valve is a device that uses the magnetic force generat...
The solenoid valve used in a submarine direction control system consists of a solenoid coil, a coil core, a housing surrounding the outer of the coil, and a plunger as a driving part. The solenoid valve is a device that uses the magnetic force generated from the applied power to move the plunger, the driving part inside the valve, to control the flow of fluid. Therefore, the magnetic properties and structure of each part of the solenoid valve greatly affect the performance of this valve. In this paper, considering the material characteristics of each part of the solenoid valve, the design of the solenoid valve for a submarine direction change and the electromagnetic finite element numerical analysis applying the two-dimensional axisymmetric shape were performed.