In the present work, forced convective heat transfer of water/functionalized multi-walled
carbon nanotube (FMWCNT) nanofluid in a two-dimensional microchannel is investigated …

This paper documents the geometric optimisation of a three-dimensional micro-channel heat
sink. The objective is to minimise the peak temperature from the walls to the coolant fluid …

Conductive heat transfer is of importance in the cooling of electronic equipment. However, in
order for conductive cooling to become effective, the use of high-conducting materials and …

This paper documents the geometric optimization of an array of circular and non-circular
ducts. The optimization was carried out numerically using finite volume method. As optimal …

This paper presents a reconfigurable structure dc-dc converter with wide output range and
constant peak power (RS-WOCP). This converter is an extension of the traditional isolated …

If the hydrodynamic diameter of a channel is comparable with the mean free path of the gas
molecules moving inside the channel, the fluid can no longer be considered to be in …

This paper extends the design concept for generating multi-scale structures in forced
convection for a finite-size flow system to a three-dimensional heat-generating plate with the …

The generation of heat in high-density electronics is concentrated in spots, not uniform. Here
we account for this fundamental aspect as a phenomenon of heat conduction in a flat body …

A small-signal model is used to design the controller parameters of the conventional Power
Factor Correction (PFC) converter. The dynamics of the converter is nonlinear, therefore, it is …

Enhanced thermal management continues to be the key to the miniaturisation of high-
frequency magnetic components and to increased converter power densities. Thermal finite …