Fluid mixing in microchannels is needed for many applications ranging from bio-arrays to
micro-reactors, but is typically difficult to achieve. A simple geometry micro-mixer is …

Microfluidic-based chemical synthesis is uniquely suited for the fabrication of reproducible
and monodisperse nanoparticle batches due to the highly controlled reaction environments …

In this work we consider the problem related to the electro-thermoconvection of a dielectric
fluid in a rectangular enclosure placed between two electrodes. This layer is subjected …

A numerical model to simulate the distributions of the voltage, soil temperature, and
hydraulic head during a field test of electroosmosis was developed. The two-dimensional …

A fluid layer subjected to an internal heating source and cooled from above and below is
studied. Using linear stability analysis and numerical simulation it is shown that the critical …

The present review is designed to encompass the English language heat transfer papers
published in 1996. The papers have been categorized into a number of sub-fields. While …

This paper presents the heat transfer model of a continuous flow ohmic heating process. The
model fluid used was a mixture of reconstituted skimmed milk and whey protein concentrate …

A field test to quantify the changes in soil temperature and the hydraulic head during
electroosmosis was conducted. The anode (3.1 m× 3.4 m) was created by laying pieces of …

Numerical study of heat transfer in a laminar flow between two vertical parallel plates is
reported. Two configurations are considered: the first consists of an imposed constant wall …

Horizontal sheet-like electrodes were used in the field to induce electroosmotic flow in an
effort to develop a system for treating shallow contaminated soils using electrokinetics. The …