The numerical solution of Graetz-Brinkman problem is obtained for channels having
rectangular cross section with rounded corners, under T boundary condition applied on the …

A mathematical model is presented to study the combined viscous electro-osmotic (EO) flow
and heat transfer in a finite length microchannel with peristaltic wavy walls in the presence of …

Annular flow of a viscoelastic fluid described by the Giesekus model has received some
attention over the years, both concerning the fluid mechanical and thermal aspects, yet no …

This study aims to investigate thermal transport characteristics and analyze entropy
generation of thermally fully-developed electroosmotic flow (EOF) in a rotating rectangular …

Several engineering systems currently use microchannel heat sinks. In order to increase the
performance of these devices, optimisation according to the first and second law of …

Electro-osmotic flow, that is, the motion of a polar fluid in microducts induced by an external
electric field, is one micro-effect which allows fluid circulation without the use of mechanical …

Microchannel heat sinks are able to provide high cooling capabilities in terms of heat flux
rates. This makes them particularly interesting for the thermal management of electronic …

Microchannel heat sinks are a viable alternative to traditional thermal management systems
when high fluxes over small surfaces are involved. To avoid high pressure drops especially …

This work presents a numerical investigation of both pure electro-osmotic and combined
electro-osmotic/pressure-driven flows inside triangular microchannels. A finite element …

The motion of a polar fluid in microducts induced by an external electric field, known as
electro-osmotic flow, enables fluid circulation without the need for mechanical devices. This …