Nuraliyev, M. Et Al. 2024. A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.. Structures , vol.67, no.1 , 1-29.

Nuraliyev, M., Dundar, M. A., Akyildiz, H. K., & Sahin, D. E., (2024). A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.. Structures , vol.67, no.1, 1-29.

Nuraliyev, MIRALI Et Al. "A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.," Structures , vol.67, no.1, 1-29, 2024

Nuraliyev, MIRALI Et Al. "A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.." Structures , vol.67, no.1, pp.1-29, 2024

Nuraliyev, M. Et Al. (2024) . "A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.." Structures , vol.67, no.1, pp.1-29.

@article{article, author={MIRALI NURALIYEV Et Al. }, title={A Novel Approach for the Optimum Cross-Section Design of Thin-Walled Box Section Beams Subject to Oblique Bending Based on Both Adequate-Strength and Local Stability Conditions.}, journal={Structures}, year=2024, pages={1-29} }