単一板ばねを介して支持された慣性体の共振時の振動特性に関する研究

抄録

Electromagnetic brakes for small motors that use single flat springs are used in precision small equipment and use high precision operation. This structure shows a complicated response occurs due to the influence of the gyro moment and the nonlinear characteristics of the flat spring which is a component. Numerical analysis will be used to verify how these factors affect the vibration characteristics. Due to the influence of the gyro moment, the vibration shape at response become a complicated vibration with torsion and inclination. Due to the deformation of the flat spring, the system exhibits a complex response that simultaneously has tilting and touching vibration at response.