The paper presents a three-dimensional (3-D) computational study of natural convection
cooling on a 3-by-3 array of discrete heat sources flush-mounted on one vertical wall of a …

Results are presented for laminar forced convection cooling of heat generating blocks
mounted on a wall in a parallel plate channel. The effect on heat transfer of insertion of a …

A numerical investigation of electronic cooling enhancement is carried out in this study in
order to determine how the operating temperature can be maintained under the allowable …

In this study, a procedure for optimizing the convective drying performance of multi porous
moist objects in a three dimensional channel is proposed. The numerical simulation is …

A numerical study by the multigrid technique has been performed to investigate the laminar
natural convection air cooling of a vertical plate with five wall-attached protruding, discretely …

In this paper a comparative study on the treatment of the turbulent heat fluxes with the elliptic-
blending second-moment closure for natural convection flows is presented. Three different …

The considerable quantities of heat transfer are dissipated during the operating
electronic/electrical systems and have harmful effects on the operating time. So; to keep …

This paper reports the results of experimental and numerical investigations of optimal heat
distribution among the protruding heat sources under laminar conjugate mixed convection …

Currently, the cooling of electronic circuits is one of the most serious problems due to the
exponential growth in demand for ever more powerful computer systems; overheating of …

Forced convection cooling is an effective method in thermal management that relies mainly
on dissipating heat by pumping heat transfer fluid (HTF) through the heat source. In this …