This paper presents a novel controller for active vibration reduction in piezoelectric-actuated
flexible structures. The new Multi Positive Feedback (MPF) control consists of two sections …

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 …

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 study, the active vibration control and configurational optimization of a cylindrical shell
are analyzed by using piezoelectric transducers. The piezoelectric patches are attached to …

One of the most common applications of active control on flexible structures is the mitigation
of vibrations to reduce stresses and consequently increase lifetime. However, except for a …

Successfully Estimate the Thermal and Mechanical Characteristics of Electronics Systems A
definitive guide for practitioners new to the field or requiring a refresher course, Practical …

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 …

Smart composite structures have an enormous potential for industrial applications, in terms
of mass reduction, high material resistance and flexibility. The correct characterization of …

Damage‐tolerant active control is a new research area targeting to adapt fault‐tolerant
control methods to mechanical structures submitted to damage. Active vibration control is a …

In recent years, there has been a growing interest in smart structures, particularly in the field
of musical acoustics. Control methods, initially developed to reduce vibration and damage …