Engineers and scientists are constantly engaged in improving the cooling performance of
vehicle engine radiators to achieve the sustainable and efficient use of energy and …

This investigation unfolds the hydrothermal changes of magnetized buoyancy-driven multi-
walled carbon nanotube (MWCNT)-Fe 3 O 4-water hybrid nanofluidic flow through two …

Various geometrical types of fins are used in numerous engineering and technological
applications like semiconductor devices, gas turbines, electric transformers, automobile …

Entropy generation is treated as a noteworthy criterion for effective operation in thermal
storage systems. Buoyancy-driven laminar flows within the semi-circular chamber have wide …

Fin and tube heat exchangers (FTHE) find widespread application in a variety of industries
including refrigeration, air conditioning, automotive, electronics, and power generation …

In this paper, numerical investigations on heat transfer and flow resistance characteristics of
a variable-direction twisted-oval tube (VDTOT) were performed. The effects of different …

This paper attempts to develop an intelligent plate fin-and-tube heat exchanger (PFTHE)
design system, which is entirely self-programming, to achieve quickly design. The proposed …

Several studies have been conducted to enhance the performance of heat exchangers. In
the recent decades, shifting from the bluff bodies to more streamlined ones received more …

An experimental and numerical investigation has been conducted to clarify the effect of
angle of attack on heat transfer characteristics around a single drop-shaped tube. The …

The effect of angle of attack on fluid flow characteristics around a single drop-shaped tube is
studied for the first time experimentally and numerically. The study covers the Reynolds …