Turbulence and heat transfer are two critical factors in the chain of world energy
consumption. Hence, development of more efficient energy transfer techniques in …

Because of the great potential for optimization of micro-fin surfaces (< 0.5 mm tall) and the
lack of any optimization work encompassing three-dimensional geometries on heat …

The helical micro fin tubes (HFT) are commonly used in various double pipe heat
exchangers because of the excellent processing and anti-fouling performance. It is of great …

The predictability of the mathematical models on the details and the phenomenology for
microscale flow conditions is an open topic in the literature. In this sense, this work evaluates …

Abstract Micro-fins (< 0.5 mm tall) are an engineered roughness with the advantage of
reducing thermal resistance and the disadvantage of increased pressure drop when applied …

This numerical manuscript focuses on the constructal design of a system characterised by
mixed convection heat transfer flows over the heated semi-elliptical devices installed into a …

Currently, there is a growing industry-wide focus on enhancing the thermohydraulic
performances of devices, with the goal of achieving more efficient energy management …

A metal foam porous-wall mini-channels heat sink is proposed to solve the heat dissipation
problem of linear Fresnel reflection photovoltaic (LFR-PV) system. This paper compares the …

Dissipating heat generated by onboard battery systems is a key thermal management
challenge for hybrid/electric aircraft. The National Research Council Canada is collaborating …

The miniature square filament (MSF) is a kind of miniature cuboid vortex generator (MCVG).
The effects of a single MCVG (MSF) immersed in various turbulent regions on the original …