Atıf Formatları
Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

L. Kolsi Et Al. , "Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection," Mathematics , vol.9, no.20, 2021

Kolsi, L. Et Al. 2021. Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection. Mathematics , vol.9, no.20 .

Kolsi, L., SELİMEFENDİGİL, F., & Omri, M., (2021). Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection. Mathematics , vol.9, no.20.

Kolsi, Lioua, FATİH SELİMEFENDİGİL, And Mohamed Omri. "Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection," Mathematics , vol.9, no.20, 2021

Kolsi, Lioua Et Al. "Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection." Mathematics , vol.9, no.20, 2021

Kolsi, L. SELİMEFENDİGİL, F. And Omri, M. (2021) . "Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection." Mathematics , vol.9, no.20.

@article{article, author={Lioua Kolsi Et Al. }, title={Effects of surface rotation on the phase change process in a 3d complex-shaped cylindrical cavity with ventilation ports and installed pcm packed bed system during hybrid nanofluid convection}, journal={Mathematics}, year=2021}