This work presents the theoretical and experimental studies conducted in Aerospace
Engineering Department of Middle East Technical University on smart structures with …

This paper presents the development of dynamic model of flexible beam structure using
finite difference method. The simulated model is validated by comparing the resonance …

In this paper, the modelling and design of an L 1 state feedback control system applied for
vibration control of a smart piezoelectric flexible Euler–Bernoulli cantilever beam is …

In this research, an active vibration suppression of a smart beam having piezoelectric sensor
and actuators is investigated by designing separate controllers comprising a linear quadratic …

A closed-loop control algorithm is used for stabilization of a vibrating nonlinearstrain
gradient micro Euler-Bernoulli cantilever beam usinglinear piezoelectric actuation. In this …

This paper presents the development of an active vibration control using direct adaptive
controller to suppress the vibration of a flexible beam system. The controller is realized …

This thesis presents a study in which a robust Fuzzy Logic Controller (FLC) is designed to
suppress both free and the first resonance of a piezo-beam even if the position of the tip …

In this thesis, an active vibration suppression of a smart beam having piezoelectric sensor
and actuators is investigated by designing separate controllers comprising a linear quadratic …

This correspondence presents the development of dynamic model of flexible beam structure
using finite difference (FD) method. The simulated model is validated by comparing the …

For many of the applications a light weight system with higher speed need to be designed.
But vibration is a prominent factor in this case. Active vibration control method is an efficient …