Longitudinal vortices are more efficient for heat transfer enhancement than transverse
vortices. A survey is given on triangular and rectangular protrusions from a heat transfer …

This review considers the many techniques that have been developed to enhance
convective heat transfer. After introducing the techniques, the applications to most of the …

Modulatory heat-transfer enhancement in grooved channels is investigated by direct
numerical simulation of the Navier–Stokes and energy equations using the spectral element …

We introduce here the concept of resonant heat transfer enhancement based on excitation
of shear-layer instabilities present in internal separated flows. Exploitation of natural …

APPLICATIONS such as cooling of modern electronic components, mass transport in
biomedical devices, and heat transfer in compact plate-finned heat exchangers have …

This research experimentally investigates convective heat transfer from a heated floor
section of a rectangular duct to a low frequency, large tidal displacement, oscillatory flow …

Experiments on heat transfer augmentation in a rectangular cross-section water channel are
reported. The channel geometry is designed to excite normally damped Tollmien-Schlichting …

Numerical simulations of the flow pattern and forced convective heat transfer in geometries
such as those encountered in cooling systems for electronic devices are presented. For …

This paper presents a numerical and experimental study of finite wall thickness on
stratification during charging of soar thermal storage tanks. A numerical two‐dimensional …

This communication deals with the interrelation between the global fluid flow performances
and the micro scale flow patterns through the communicating channels geometry. The …