In this work, a numerical comparative study is carried out to investigate a laminar steady flow
behavior of shear-thinning non-Newtonian fluids in three chaotic geometries: Two-Layer …

In this study, three-dimensional simulations were conducted on a new passive micromixer to
assess the thermal and hydrodynamic behaviors of Newtonian and non-Newtonian fluids …

Thermal mixing fluids in chaotic microdevices have significant importance in many potential
applications and have enormous utility in thermal engineering processes. In microfluidic …

Thermal mixing behavior of shear-thinning fluids with the specified heat flux boundary
condition at mixing zone walls is studied numerically to investigate the effect of Reynolds …

Numerical analysis of two opposing streams of different fluids having different temperatures
(same phase, miscible) in a 2-D adiabatic channel, is numerically investigated in the mixed …

In this work, thermal mixing of shear-thinning (ie CMC solutions) and Newtonian fluids has
been numerically investigated in a rectangular T-channel for a specified heat flux boundary …

Résumé (en Français): Le mélange des fluides non-Newtoniens à caractère rhéofluidifiant
en utilisant un micromélangeur à deux couches de canaux croisés a été investigué. Les …

The flow, heat transfer and emissions features of a methane–air premixed impinging flame
jet on an oval flat tube involving both smooth and concave surfaces are numerically …