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On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration
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S. D.AKBAROV And Z. Ekicioglu Kuzeci, "On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration," International Applied Mechanics , vol.61, no.1, pp.126-137, 2025

D.AKBAROV, S. And Ekicioglu Kuzeci, Z. 2025. On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration. International Applied Mechanics , vol.61, no.1 , 126-137.

D.AKBAROV, S., & Ekicioglu Kuzeci, Z., (2025). On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration. International Applied Mechanics , vol.61, no.1, 126-137.

D.AKBAROV, Surkay, And Z. Ekicioglu Kuzeci. "On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration," International Applied Mechanics , vol.61, no.1, 126-137, 2025

D.AKBAROV, Surkay And Ekicioglu Kuzeci, Z. E. . "On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration." International Applied Mechanics , vol.61, no.1, pp.126-137, 2025

D.AKBAROV, S. And Ekicioglu Kuzeci, Z. (2025) . "On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration." International Applied Mechanics , vol.61, no.1, pp.126-137.

@article{article, author={Surkay D.AKBAROV And author={Z. Ekicioglu Kuzeci}, title={On Influence of Fluid Viscosity on Interface Pressure in Hydro-Piezoelectric System Under Its Forced Vibration}, journal={International Applied Mechanics}, year=2025, pages={126-137} }