Nanoparticles play a crucial role in enhancing the thermal and rheological properties of
nanofluids, making them a valuable option for increasing the efficiency of heat exchangers …

Significant progress in the development of micro and nanoscale devices has been observed
for the past three decades. The thermal transportation in these small-length scales varies …

The improvement of the cooling performance of liquid‐cooled microchannel heat sinks used
for densely packed electronic circuits is sorted via passive techniques like tuning substrate …

The study deals with experiments and predictions on turbulent flow and heat exchange in a
fully developed slurry flow in a vertical upward pipe. Four slurries were considered: two with …

Abstract Water/CeO2-MWCNTs hybrid (NF) is a novel type of NF that has potential
applications in heat transfer and thermal energy storage. However, the thermal conductivity …

Two methods of heat transfer enhancement that have received considerable interest in
recent years are nanofluids and heat transfer inserts. Comparatively few studies have …

The significance of the thermophysical properties of Tetra hybrid nanofluid in enhancing
heat transmission in various applications like heat exchangers, automobiles, and solar …

Improvement of vapor-compression refrigeration systems taking into account ecological
requirements will undoubtedly lead to the use of modern ozone-safe and non-greenhouse …

This research presents a study on the prediction of nanofluid thermal and flow
characteristics using machine learning. The modelling and simulation of nanofluid is a …

Nanoparticles, though incredibly small, are giants in the world of science and technology.
The present book is a journey into the fascinating world of these microscopic wonders …