Ozalp, A. A. 2010. Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows. ENTROPY , vol.12, no.3 , 445-479.

Ozalp, A. A., (2010). Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows. ENTROPY , vol.12, no.3, 445-479.

Ozalp, ABDURRAHMAN. "Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows," ENTROPY , vol.12, no.3, 445-479, 2010

Ozalp, ABDURRAHMAN A. . "Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows." ENTROPY , vol.12, no.3, pp.445-479, 2010

Ozalp, A. A. (2010) . "Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows." ENTROPY , vol.12, no.3, pp.445-479.

@article{article, author={ABDURRAHMAN ALPER ÖZALP}, title={Combined Effects of Pipe Diameter, Reynolds Number and Wall Heat Flux and on Flow, Heat Transfer and Second-Law Characteristics of Laminar-Transitional Micro-Pipe Flows}, journal={ENTROPY}, year=2010, pages={445-479} }