Publications by authors named "Hatem Karoui"
Article Synopsis
- This research examines the behavior of two shear thinning nanofluids that flow in a micro-channel under various conditions, focusing specifically on aspects like momentum, thermal energy, mass diffusion, and entropy generation.
- The study finds that the hyperbolic tangent nanoliquid experiences better flow velocity compared to the Williamson nanofluid, although the latter exhibits higher thermal energy and concentration levels.
- Key parameters such as Grashof number and Schmitt number significantly impact fluid flow rates and the concentration of the nanoliquids, while the temperature jump condition and variable thermal conductivity influence energy distribution and irreversibility within the system.
