The present study aimed to investigate the natural convection heat transfer in a power-law,
non-Newtonian fluid under an applied magnetic field inside a C-shaped cavity using the …

In the past decades, microfluidic chips have been one of the hottest research topics in the
“lab-on-a-chip” field. However, it is still a challenge for design the perfect microchannels with …

Present work reviewed the work done in micro mixers for miscible fluids. Different
approaches in the direction of improving mixing efficiency under low pressure drop are …

Computational fluids dynamics (CFD) and response surface methodology (RSM) are used to
optimize grooved micromixers with obstructions. The starting geometry is inspired by the …

A simplified immersed boundary (IB) lattice Boltzmann method (LBM) is developed in this
study for simulating incompressible flows with heat transfer. The no-slip and constant …

A novel type of spiral micromixer with expansion and contraction parts is presented in order
to enhance the mixing quality in the low Reynolds number regimes for point-of-care tests …

Micromixers play a crucial role in mixing different fluids within microfluidic systems.
Therefore, it is essential to analyze parameters, such as dimensional characteristics, mixing …

Effective mixing is essential for a wide range of microfluidics applications. Passive
micromixers have attracted much attention during recent years due to their low-cost and …

The immersed boundary method (IBM) was developed for the first time in the present study
to simulate the radiative heat transfer problems in complex geometries. The pseudo time …

This study introduces an immersed boundary (IB) method based on coefficient array
transformations of discrete equations for local cells and local flow pattern reconstruction, for …