Albayrak, M. Et Al. 2023. The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules. THERMAL SCIENCE AND ENGINEERING PROGRESS , vol.37 .

Albayrak, M., Sarper, B., SAĞLAM, M., BİRİNCİ, S., & AYDIN, O., (2023). The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules. THERMAL SCIENCE AND ENGINEERING PROGRESS , vol.37.

Albayrak, Melisa Et Al. "The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules," THERMAL SCIENCE AND ENGINEERING PROGRESS , vol.37, 2023

Albayrak, Melisa Et Al. "The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules." THERMAL SCIENCE AND ENGINEERING PROGRESS , vol.37, 2023

Albayrak, M. Et Al. (2023) . "The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules." THERMAL SCIENCE AND ENGINEERING PROGRESS , vol.37.

@article{article, author={Melisa Albayrak Et Al. }, title={The role of jet-to-crossflow velocity ratio on convective heat transfer enhancement in the cooling of discrete heating modules}, journal={THERMAL SCIENCE AND ENGINEERING PROGRESS}, year=2023}