SÖKMEN, K. F. Et Al. 2016. Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications. APPLIED THERMAL ENGINEERING , vol.94 , 534-542.

SÖKMEN, K. F., Yuruklu, E., & YAMANKARADENİZ, N., (2016). Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications. APPLIED THERMAL ENGINEERING , vol.94, 534-542.

SÖKMEN, KEMAL, Emrah Yuruklu, And NURETTİN YAMANKARADENİZ. "Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications," APPLIED THERMAL ENGINEERING , vol.94, 534-542, 2016

SÖKMEN, KEMAL F. Et Al. "Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications." APPLIED THERMAL ENGINEERING , vol.94, pp.534-542, 2016

SÖKMEN, K. F. Yuruklu, E. And YAMANKARADENİZ, N. (2016) . "Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications." APPLIED THERMAL ENGINEERING , vol.94, pp.534-542.

@article{article, author={KEMAL FÜRKAN SÖKMEN Et Al. }, title={Computational thermal analysis of cylindrical fin design parameters and a new methodology for defining fin structure in LED automobile headlamp cooling applications}, journal={APPLIED THERMAL ENGINEERING}, year=2016, pages={534-542} }