반응표면법을 이용한 솔레노이드형 자기액추에이터의 치수 최적화 설계

Parameter design optimization of solenoid type magnetic actuator using response surface methodology

Solenoid type magnetic actuator is the device, which could translate the electromagnetic energy to mechanical force. The force generated by magnetic flux, could be calculated by Maxwell stress tensor method. Maxwell stress tensor method is influenced by the magnetic flux path. Thus, magnetic force could be improved by modification of the iron case, which is the route of the magnetic flux. Modified design is obtained by parameter optimization using by Response surface methodology.