Various engineering applications, such as heat exchangers, air conditioning systems,
chemical reactors, and refrigeration systems, make use of enhanced heat transfer surfaces …

In this study, we examined the motion and temperature distribution of a hybrid nanofluid, in
which Ethylene glycol-water is the base fluid and TiO2 and MoS2 are nanoparticles in the …

A numerical investigation of a curved trapezoidal-corrugated channel with E-shaped baffles
is conducted for thermal-hydraulic performance and flow behavior involving the use of single …

The improvement in heat transfer equipment plays a significant role to enhance the overall
performance of many systems and a wide variety of industrial processes. Heat exchangers …

The thermophysical, heat transfer coefficient, thermal entropy generation, frictional entropy
generation, and exergy efficiency of ZrO 2/DI-water nanofluids circulate through a tube …

This paper explains about the experimental evaluation of thermophysical properties, heat
transfer coefficient, Nusselt number, friction factor, and thermal performance factor of water …

Experimental research was done on the heat transfer, entropy generation, and exergy
efficiency of ethylene glycol (EG) based nanodiamond (ND) nanofluids flowing in a circular …

The thermal entropy generation, frictional entropy generation, and exergy efficiency of CoFe
2 O 4/water nanofluids flow in a tube have been analyzed experimentally and the obtained …

The article extensively studies heat transfer enhancement and entropy generation
minimization using mono and hybrid nanofluids. Three nanofluid types were investigated …

The study is aimed to understand the heat transfer coefficient and thermal entropy
generation analyses of plate heat exchanger by using water-based nanodiamond …