S. T. Yaghoubi Et Al. , "Machine learning-based predictive models for equivalent damping ratio of RC shear walls," BULLETIN OF EARTHQUAKE ENGINEERING , vol.21, pp.293-318, 2023
Yaghoubi, S. T. Et Al. 2023. Machine learning-based predictive models for equivalent damping ratio of RC shear walls. BULLETIN OF EARTHQUAKE ENGINEERING , vol.21 , 293-318.
Yaghoubi, S. T., Değer, Z., Taşkın Kaya, G., & Sütcü, F., (2023). Machine learning-based predictive models for equivalent damping ratio of RC shear walls. BULLETIN OF EARTHQUAKE ENGINEERING , vol.21, 293-318.
Yaghoubi, Siamak Et Al. "Machine learning-based predictive models for equivalent damping ratio of RC shear walls," BULLETIN OF EARTHQUAKE ENGINEERING , vol.21, 293-318, 2023
Yaghoubi, Siamak T. Et Al. "Machine learning-based predictive models for equivalent damping ratio of RC shear walls." BULLETIN OF EARTHQUAKE ENGINEERING , vol.21, pp.293-318, 2023
Yaghoubi, S. T. Et Al. (2023) . "Machine learning-based predictive models for equivalent damping ratio of RC shear walls." BULLETIN OF EARTHQUAKE ENGINEERING , vol.21, pp.293-318.
@article{article, author={Siamak Tahaei Yaghoubi Et Al. }, title={Machine learning-based predictive models for equivalent damping ratio of RC shear walls}, journal={BULLETIN OF EARTHQUAKE ENGINEERING}, year=2023, pages={293-318} }