In fin-and-tube heat exchangers (FTHEs), vortex generation is found as one of the promising
emerging passive technique for augmenting the rate of heat transfer on air-side. In the …

In the present work, three-dimensional numerical analysis was carried out for thermo-fluid
analysis of annular fin-and-tube heat exchangers (AFTHE) with circular fins and elliptical fins …

In the battery cooling system, the actual heat dissipation demand of the battery varies with
the external environment and load current. If the battery does not dissipate heat in time …

Thermal and hydraulic performance for laminar flow over a fin and flat tube heat exchanger
with various aspect ratios studied numerically. The parameters studied were inlet air velocity …

Geometrical configurations of tubes and vortex generators have been optimized in order to
improve the hydrothermal characteristics of fin-and-tube heat exchangers. The work is …

A numerical study is carried out to test the effect of tube shape on heat transfer and fluid flow
in a finned tube heat exchanger. The effects of different shapes (circular, flat, elliptical and …

This experimental investigation aimed to analyze the impact of a unique design of swirl
generator airflow on the performance of a tubular heat exchanger operating with axial flow …

Tube-bank heat exchangers with porous media are highly beneficial for many industrial and
thermal engineering applications as they enhance heat transfer efficiency. The purpose and …

The forced convective heat transfer behavior of a turbulent air flow, steady and Newtonian
over a fin and oval-tube heat exchanger has been examined numerically. Where, the effect …

Passive performance improvement of heat exchangers is cost-effective and crucial for
energy efficiency as well as sustainability of thermal systems. In this paper, an investigation …