Operator-based nonlinear forced vibration control for a vertical wing-plate

This paper considers the vibration suppression method based on operator theory. Specially, the stability of the vertical wing-plate system with hysteresis nonlinearity(Hys-N) is ensured by the operator-based robust right coprime factorization approach. Moreover, desired vibration suppression performance can be realized by the considered vibration compensation method. Finally, the effectiveness of the proposed vertical wing-plat control system is confirmed by simulation results.