Pyroelectric Effect on Dynamic Response of Coupled Distributed Piezothermoelastic Composite Plate

The influence of dissipative heating on active vibration damping of viscoelastic plates

“…On the inner electrodes the electric potential is zero. Let us put S (1) 11 = S (2) 11 , S (1) 12 = S (2) 12 , d (1) (2) 31 = γ 31 0. Integrating (4) over the thickness of the layers, we obtain the inductions C (1) , C (2) in the top and bottom layers, respectively:…”

“…In practical applications, active piezoelectric structures are exposed to temperature changes due to (i) external temperature variations; (ii) coupling electromechanical and thermal fields (pyro-effect); (iii) dissipative heating of viscoelastic materials. The first and second effects are investigated in [1][2][3][4][5]. Information regarding the third effect is limited and, to authors' best knowledge, reliable analytical relationships reflecting this effect are not currently available.…”

Nonlinear dynamics and chaos of a nanocomposite plate subjected to electro–thermo–mechanical loads using Flügge–Lur’e–Bryrne theory

“…Qiu (2013) investigated the active vibration control of a flexible cantilever plate with piezoelectric sensors and actuators using nonlinear controllers by experiment for the bending and torsional vibrations. Furthermore, the vibration and dynamics of piezoelectric composite plates which are used in energy harvesting, aerospace science, and control have been studied by Yuan et al (2018), Lu et al (2018), Gozum et al (2018), Lee and Ng (2000), Selim et al (2018), Heidary and Eslami (2005), Farhadi and Hashemi (2001), Ninh (2018), and Ninh and Bich (2018).…”