Filtered-x least mean square (FxLMS) control algorithm has been widely used for adaptive
noise and vibration control. Yet, classical FxLMS controller is not applicable for time-varying …

Modal active control is based on a state model that requires the identification of modal
parameters. This identification can typically be done through a rational fraction polynomial …

This article proposes an active modal vibration control method based on a modal sliding
mode controller applied to a smart material composite structure with integrated piezoelectric …

Damage tolerant active control is a new research area related to fault tolerant control design
methods applied to mechanical structures. It encompasses several techniques commonly …

In this paper, the active vibration control tools are implemented for the vibration control of
functionally graded material (FGM) beam with piezoelectric actuators and sensors. The …

On-board structures are currently submitted to high-level vibrations which may affect their
integrity and operational lifetime. Structural health monitoring is then of great interest to …

Active vibration control of smart structures has received considerable attention in recent
decades. Despite the great effort and evolution in the area, the possibility of damage is not …

Instruments that belong to the gong family exhibit nonlinear dynamics at large amplitudes of
vibration. In the specific case of the xiaoluo gong, this nonlinear behavior results in a pitch …

This paper proposes an experimental modal identification method for vibration control of
multi-actuators and multi-sensors complex smart structures. The general formulation avoids …

The sensitive electronic components used in military and aerospace applications endure
some intense vibrations. These vibrations have some disturbing effects on the stability and …