Gürdal, M. Et Al. 2025. Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube. APPLIED THERMAL ENGINEERING , vol.281 , 1-22.

Gürdal, M., Tan, M., Gürsoy, E., Arslan, K., & Gedik, E., (2025). Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube. APPLIED THERMAL ENGINEERING , vol.281, 1-22.

Gürdal, Mehmet Et Al. "Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube," APPLIED THERMAL ENGINEERING , vol.281, 1-22, 2025

Gürdal, Mehmet Et Al. "Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube." APPLIED THERMAL ENGINEERING , vol.281, pp.1-22, 2025

Gürdal, M. Et Al. (2025) . "Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube." APPLIED THERMAL ENGINEERING , vol.281, pp.1-22.

@article{article, author={Mehmet Gürdal Et Al. }, title={Comparative machine learning prediction study of hybrid nanofluid flow in a magnetized dimpled tube}, journal={APPLIED THERMAL ENGINEERING}, year=2025, pages={1-22} }