BAŞARAN, S. And Bolat, F. C. 2022. Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration. European Physical Journal Plus , vol.137, no.8 .

BAŞARAN, S., & Bolat, F. C., (2022). Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration. European Physical Journal Plus , vol.137, no.8.

BAŞARAN, SİNAN, And Fevzi Cakmak Bolat. "Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration," European Physical Journal Plus , vol.137, no.8, 2022

BAŞARAN, SİNAN And Bolat, Fevzi C. . "Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration." European Physical Journal Plus , vol.137, no.8, 2022

BAŞARAN, S. And Bolat, F. C. (2022) . "Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration." European Physical Journal Plus , vol.137, no.8.

@article{article, author={SİNAN BAŞARAN And author={Fevzi Cakmak Bolat}, title={Effect of lamination angle on control performance for composite beams subject to galloping-based flow-induced vibration}, journal={European Physical Journal Plus}, year=2022}