Z. E. Kuzeci And S. D.AKBAROV, "The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth," Structural Engineering and Mechanics , vol.85, no.2, pp.247-263, 2023
Kuzeci, Z. E. And D.AKBAROV, S. 2023. The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth. Structural Engineering and Mechanics , vol.85, no.2 , 247-263.
Kuzeci, Z. E., & D.AKBAROV, S., (2023). The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth. Structural Engineering and Mechanics , vol.85, no.2, 247-263.
Kuzeci, Zeynep, And SURKAY D.AKBAROV. "The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth," Structural Engineering and Mechanics , vol.85, no.2, 247-263, 2023
Kuzeci, Zeynep E. And D.AKBAROV, SURKAY. "The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth." Structural Engineering and Mechanics , vol.85, no.2, pp.247-263, 2023
Kuzeci, Z. E. And D.AKBAROV, S. (2023) . "The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth." Structural Engineering and Mechanics , vol.85, no.2, pp.247-263.
@article{article, author={Zeynep Ekicioglu Kuzeci And author={SURKAY D.AKBAROV}, title={The influence of the coupling effect of physical-mechanical fields on the forced vibration of the hydro-piezoelectric system consisting of a PZT layer and a viscous fluid with finite depth}, journal={Structural Engineering and Mechanics}, year=2023, pages={247-263} }