Ozalp, A. A. 2009. 1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number. HEAT TRANSFER ENGINEERING , vol.30, no.12 , 973-987.

Ozalp, A. A., (2009). 1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number. HEAT TRANSFER ENGINEERING , vol.30, no.12, 973-987.

Ozalp, ABDURRAHMAN. "1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number," HEAT TRANSFER ENGINEERING , vol.30, no.12, 973-987, 2009

Ozalp, ABDURRAHMAN A. . "1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number." HEAT TRANSFER ENGINEERING , vol.30, no.12, pp.973-987, 2009

Ozalp, A. A. (2009) . "1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number." HEAT TRANSFER ENGINEERING , vol.30, no.12, pp.973-987.

@article{article, author={ABDURRAHMAN ALPER ÖZALP}, title={1st and 2nd Law Characteristics in a Micropipe: Integrated Effects of Surface Roughness, Heat Flux and Reynolds Number}, journal={HEAT TRANSFER ENGINEERING}, year=2009, pages={973-987} }