This study undertook the experimental enhancement of dispersion stability in graphene-
based nanofluids to boost the performance of concentric counterflow heat exchangers …

This study investigates and compares the experimental heat transfer performance and
simulation via computational fluid dynamics (CFD) of graphene nanoplatelets (GNP) and …

This study aims to investigate the thermohydraulic performance of silver nanofluids with
different surface modifications (citrate, lipoic acid, and silica) in turbulent convective heat …

Non-centrifugal cane sugar unit using food-grade heat transfer oils to make excellent
jaggery is an emerging technology. Thermophysical characteristics of such fluids are crucial …

The present investigation departs from conventional studies focusing on single-component
nanofluids, instead analysing the thermophysical advantages of hybrid nanofluids, such as …

This study examines heat transfer characteristics by employing a combined augmentation
technique that utilises nozzle-type inserts to induce swirling in water/graphene nanofluids at …

This study presents an in-depth computational investigation of the thermohydraulic
performance of water-based hybrid nanofluids containing graphene and aluminum oxide …

This investigation diverges from traditional studies concentrating on single-component
nanofluids, instead examining the thermophysical benefits of hybrid nanofluids, like …