The theme of this work is to investigate the heat transfer assessment of three-dimensional
flow of magnetized Casson hybrid nanofluid through a rotating permeable Riga plate using …

Lately, a new class of nanofluids, namely hybrid nanofluids, has been introduced that
performs much better compared with the nanofluids when a healthier heat transfer rate is the …

Hybrid nanofluids (HNFs) have potentials applications in automotive industry, heating and
cooling systems, biomedical and other fields due to their ability to introduce higher thermal …

A computational analysis is performed to scrutinize the stimulus of an aligned magnetized
force and radiative flux on the unsteady magneto-flow of ZnO+ H2O nanoliquid across a …

In this study, a variety of machine-learning algorithms are used to predict the viscosity and
thermal conductivity of several waterbased nanofluids. Machine learning algorithms, namely …

Hybrid nanofluids represent innovative fluid class that combine the advantages of
nanoparticles with base fluid to enhance the heat transfer capabilities. It exhibits higher heat …

The 2D steady flow of CNTs nanofluids and heat transfer over the moving plate through a
uniform free stream under the effect of magnetohydrodynamics (MHD) is studied. The …

Due to their accelerated rate of heat transfer, nanofluids are of immense interest. This work
analyzes an innovative concept of hybrid nanoemulsion with an optimized design under the …

Due to their capacity to create better thermal conductivity than standard nanofluids, hybrid
nano-fluids and modified nanofluids have notable applications in aerospace, energy …

We consider the nanofluid flow comprising titanium dioxide and a solid–liquid interfacial
layer of ethylene-glycol over an exponentially stretched surface. A strong magnetic field …