In the last two decades, microscale and nanoscale devices have received much interest due
to the inevitable performance and their numerous applications not only in the field of fluid …

In the present study, electroosmotic and pressure driven Newtonian nanofluid flow in a
microchannel with constant temperature boundary condition is studied via Lattice Poisson …

Abstract Effects of zeta potential distribution and geometrical specifications on flow rate and
mixing performance of electroosmotic flows in straight, converging, diverging, and …

Two-dimensional viscous incompressible, pressure-driven, creeping flow at low Reynold's
number (Re≪ 1) around a series of circular cylinders in a slip-patterned rectangular …

In the present study, the effects of the Joule heating and viscous dissipation on the
electroosmotic flow pattern has been investigated using the coupled momentum, Poisson …

This paper introduces a micro-reactor based on advection-diffusion-reaction in
electroosmotic driven flows. The idea is to use species flow rates to control the production …

Large gradients of physical variables near the channel walls are characteristic of EOF. The
previous numerical simulations of EOFs with the lattice Boltzmann method (LBM) utilize …

Motivated by the growing interest in electroosmotic flows (EOFs) as a reliable no moving
parts strategy to control fluid motion in various micro fluidics, two-dimensional (2D) steady …

To appropriately design the hygroscopic sheets used in a dehumidification fin and predict
the performance, this paper proposes an electro-osmotic model using the lattice Boltzmann …

This paper proposes a three-way electrokinetic flow regulator to control flow direction
independent of the electrolyte solution and regulator material. In this two-dimensional …