Demirdöğen, S. Et Al. 2024. 3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios. Transportation Geotechnics , vol.45 .

Demirdöğen, S., Gürbüz, A., & Yünkül, K., (2024). 3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios. Transportation Geotechnics , vol.45.

Demirdöğen, Sarper, AYHAN GÜRBÜZ, And KAAN YÜNKÜL. "3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios," Transportation Geotechnics , vol.45, 2024

Demirdöğen, Sarper Et Al. "3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios." Transportation Geotechnics , vol.45, 2024

Demirdöğen, S. Gürbüz, A. And Yünkül, K. (2024) . "3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios." Transportation Geotechnics , vol.45.

@article{article, author={Sarper Demirdöğen Et Al. }, title={3D-printed geocells in footing systems: A comprehensive physical and numerical studies on scaling and performance under centric and eccentric loading scenarios}, journal={Transportation Geotechnics}, year=2024}