In this paper, the current state of the art on shunt piezoelectric systems for noise and
vibration control is reviewed. The core idea behind the operation of electronic shunt …

Due to the high vibration sensitivity, the flexible composite structure is prone to vibration and
structural deformation, thus it is necessary to study active vibration control to improve its …

Thin-walled structures are sensitive to vibrate under even very small disturbances. In order
to design a suitable controller for vibration suppression of thin-walled smart structures, an …

This study's goal is to utilize robust control theory to effectively mitigate structural oscillations
in smart structures. While modeling the structures, two-dimensional finite elements are used …

Smart structures include elements of active, passive or hybrid control. In this paper, particle
swarm optimization (PSO) for the calculation of the free parameters in active control systems …

Challenging issues arise in the design of control strategies for piezoelectric smart structures.
Piezoelectric materials have been investigated for use in distributed parameter systems in …

This paper presents the design of a vibration control mechanism for a beam with bonded
piezoelectric sensors and actuators. The mechanical modeling of the structure and the …

In this paper, large amplitude vibration control of functionally graded material (FGM) plates
under thermal gradient and transverse mechanical loads using integrated piezoelectric …

Vibration in the wind turbine tower disturbs the reliability and increases the possibility of
structural damage. Design and optimization of vibration controller are a key goal for wind …

Smart structures include elements of active, passive or hybrid control. In this paper, a new
Multi-Objective Particle Swarm Optimization (MOPSO), with a different velocity equation, for …