High-performance micromixers play a crucial role in diverse industrial applications. Utilizing
chaotic advection as a well-established technique improves mixing efficiency due to the …

High-performances micromixers are widely used in various industrial applications. Mixing in
the laminar regime and at low Reynolds numbers is of major importance in some processes …

Micro mixing presents a challenge in the rapid mixing of fluids as micro-scale mixing largely
relies on the molecular diffusion phenomenon which requires large channel lengths and …

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 …

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 …

Mixing at microscales is purely governed by the diffusion mass transport phenomenon,
which is a time‐consuming process requiring a prolonged length of the microchannel to …

An optimized planar micromixer has been employed to study its performance in mixing
liquids with various rheological behaviours. This design takes advantage of a number of …

In this work, a numerical investigation was analyzed to exhibit the mixing behaviors of non-
Newtonian shear-thinning fluids in Kenics micromixers. The numerical analysis was …

Efficient chaotic microdevices have major importance across many potential applications in
industrial processes and operations, which form essential parts of microfluidic devices. In …