In this study, a new method for the optimal design of multimode shunt-damping circuits is
presented. A modification of the “current-flowing” shunt circuit is employed to control multiple …

In this study, a new technique is presented for enhancing the vibration suppression of
shunted piezoelectrics by using an auxetic composite layer. Finite element models have …

Many countries have a variety of offshore and onshore wind turbines that face extreme aging
challenges. Issues with harmful vibrations that must be minimized are addressed in this …

Shunted piezoelectric patches connected to passive electric circuits can be attached to a
host structure for effective vibration attenuation. The effect of an auxetic layer to enhance the …

Optimal design of smart structures with intelligent control Page 1 Technical University of
Crete School of Production Engineering & Management Optimal design of smart structures …

In this study, a new technique is presented for enhancing the vibration suppression of
shunted piezoelectrics by using an auxetic composite layer. Finite element models have …

The objective of this work is to design robust controller for smart structures to control its
response under the influence of external excitation. An accurate model for the analysis of …

This paper deals with the advantages of robust control in smart structures. First we present
the implementations of H infinity control in the frequency domain. A dynamic model for smart …

In the present paper a smart cantilever beam and two vertical beams of different dimensions
with embedded piezoelectric componentsare used for energy harvesting. The mechanical …

In this paper multi-objective genetic algorithms have been used to search for the optimal
placement of the piezoelectric sensors and actuators bonded on smart beams. A finite …