We have studied the migration of a charged permeable aggregate in electrolyte under the influence of an axial electric field and pressure gradient. The migration of the positively charged aggregate leads to a deformation of the anionic cloud around it. The hydrodynamics of the aggregate is governed by the interaction of electroosmotic flow in and around the particle, hydrodynamic friction and e...

The strength aspect of clay soil is a critical concern in practical engineering design. Electroosmosis (EO) has been adopted as foundation treatment technology some projects to increase the soft clay. In order widen understanding on shear performance EO-treated soil, behavior using electrokinetic geosynthetics (EKG) electrodes under effect water immersion was evaluated and compared with that va...

Abstract Controlling the fast electrophoresis of nano-objects in solid-state nanopores is a critical issue for achieving electrical analysis single-particles by ionic current. In particular, it crucial to slow-down translocation dynamics nanoparticles. We herein report that focused electric field and associated water flow surround-gate nanopore can be used trap manipulate nanoscale object. fine...

A mathematical model is explored to establish the electroosmotic flow for Cu-wa-ter nanoliquids within a ciliated symmetric micro-channel, established with aid of ciliary motion and axial pressure gradient. Nanofluid comprise Cu as nanofluid particles water base fluid. Maxwell-Garnelt exploited viscosity thermal conductivity nanoliquid. Magnetic field applied in transverse direction external el...