This review article presents an overview of some of the tools, techniques and applications of
numerical simulation for integrated microfluidic devices. Provided is a broad overview of the …

Biological mechanisms offer significant improvement in the efficiency of next generation
energy systems. Motivated by new developments in distensible pum** systems, ionic …

Miniaturization of analytical instruments has attracted a wide interest in Analytical Chemistry
over the past decade because of the advantages such as reduced reagent consumption and …

The motivation of current contribution is to signify the assessment of entropy generation in
the flow of generalized Newtonian fluid generated under the influence of electro‐osmosis …

We describe a superconducting three-terminal device that uses a simple geometric effect
known as current crowding to sense the flow of current and actuate a readout signal. The …

With the development of microfluidics, electro-osmotic (EO) driven flow has gained intense
research interest as a result of its unique flow profile and the corresponding benefits in its …

Velocity slip in electroosmotic flows (EOF) is investigated using an analytical solution of
Poisson–Boltzmann and Stokes (PB-S) equations with slip correction, and the results are …

This paper presents global and point-wise comparisons of experimental measurements and
numerical simulation results of electro-osmotically driven flows in two elementary micro …

Electro-osmotic flow behavior through rectangular graphene nanochannels with different
charge (negative in nature) configurations is discussed in detail using non-equilibrium …

The present study is focused on micromixing enhancement techniques for electroosmotic
flows in a modulated microchannel with a modified topology by utilizing heated blocks on …