Integrated simulation and design method for piezoelectric active vibration control system of fin model

The concept of integrated simulation and design method for piezoelectric active vibration control system was proposed. The main procedures of this method, such as the modeling of piezoelectric structure, the placement optimization of piezoelectric actuators, the design of controller, the off-line simulation of piezoelectric control system and the hardware in the loop simulation, were introduced and demonstrated. It was applied in the active vibration control of a fin model for its first bending and torsion modes. The application example shows that the piezoelectric active vibration control system of the fin model can be designed and tested effectively and rapidly by the present method. The present study demonstrates the effectiveness of this integrated design method for the development of piezoelectric structure vibration control system.