Abstract
This paper describes a new vibration control method. The distinctive feature of this method is the use of linear actuators and permanent magnets. Linear actuators actuate the magnets and control attractive forces which are used for reducing vibration through adjustments of the air gap between magnets and an object. To examine the performance of the proposed vibration control method, we consider a system modeled on an actual method, we consider a system modeled on an actual experimental device. Numerical simulations are carried out and the effectiveness of the proposed method is determined.
