Vibration suppression of a micro beam subjected to magneto-electric load

Year 2021, Volume: 39 Issue: 4, 404 - 413, 17.11.2021

Kenan Yıldırım

Abstract

Control of vibrations, induced by magneto-electric load, by using piezoelectric actuator in a magneto-electroelastic micro beam is taken into account. Wellposedness and controllability properties of the system is discussed. Performance index functional to be minimized on control duration is chosen as a modified kinetic energy of the micro beam. By means of a maximum principle, optimal vibration control problem is transformed to a solving of a system of partial differential equations linked by terminal-initial-boundary conditions. Solutions are obtained by means of MATLAB and for indicating the effectiveness and robustness of the applied control actuation, results are presented in tables and graphical forms.

Keywords

Magneto-electric , Maximum principle , Micro beam , Vibration , Piezoelectric actuator

References

• The article references can be accessed from the .pdf file.