This study provides an extensive analysis of the key parameters impacting the air-side heat
transfer and frictional pressure drop performance in Finned Tube Heat Exchangers (FTHEs) …

In this paper, the experimental effect of the continuous and discontinuous twisted tapes
turbulator (perforated and non-perforated) on the inner side of the internal tube in the double …

The effect of different geometrical parameters of wavy and strip fins in a three-fluid plate-fin
compact heat exchanger on the condensation heat transfer in the middle heat exchanger …

The effect of the geometrical structure of dimpled twisted tape inserts in the inner pipe of a
double-pipe heat exchanger (HX) on the Nusselt number (Nu), friction factor (f), and thermal …

This paper focuses on evaluating the effects of flow rate and temperature changes of hot and
cold fluid flows in multistream multi-fluid plate-fin heat exchangers with a single-component …

Heat transfer and pressure drop of vapor flow in a finned double-pipe heat exchanger with
different geometrical structures of perforated tube inserts as turbulators have been …

As the most widely used type in automobile industry, louver fin-and-tube radiator plays an
important role in maintaining the stable operation of automobile. In order to further improve …

The effects of the geometrical arrangement of fins on the streamlines, pressure drop and
heat transfer in louvered fin and tube compact heat exchangers were numerically studied …

The present study proposed some novel designs that can surpass the most widely used
louver fin geometry for air-cooling applications. Innovative fin types such as ring fins, circular …

In this investigation, turbulent forced convection nanofluid flow with water as base fluid, Al
and Cu as nanoparticles over an inclined forward-facing step is numerically studied in detail …