Abstract: An analytical study is presented in this paper on hydrodynamic dispersion due to steady electroosmotic flow (EOF) in a slit microchannel with longitudinal step changes of خ¶ potential. The channel wall is periodically ...

Abstract: Mathematical models are developed for heat conduction in creeping flow of a liquid over a microstructured superhydrophobic surface, where because of hydrophobicity, a gas is trapped in the cavities of the microstructure. ...

Abstract: Recent developments in microscale heat exchangers have heightened the need for the understanding of fluid flow and heat transfer in a microchannel. In this study, we look into fullydeveloped buoyancydriven flow in a vertical ...

Abstract: Two problems of stagnation flow on a uniformly heated surface with slip and temperature jump are solved in this paper with an exact similarity method. In the first problem, an axially symmetric stagnation flow impinging ...