A rising demand for industrial expansion, and optimization of energy and cost have
stimulated researchers to consider effective usages of solar radiation and nanomaterials. As …

A comparative study of nanofluid (Cu–H 2 O) and pure fluid (water) is investigated over a
moving upright plate surrounded by a porous surface. The novelty of the study includes the …

In this study, forced convective heat and mass transfer of a nanofluid using the Buongiorno
model and moving radially through a thin needle has been analyzed using the Runge–Kutta …

This study examines the convective flow of a constant, laminar, and incompressible viscous
fluid over a plate that moves by the assumption of nanoparticles, such as Al and Cu. In the …

Nano-engineering has recently grown to include the usages of nanoparticles in combination
with base fluids to improve the thermal properties of pure fluids. Today's industry focuses …

This article numerically investigates the buoyant convective flow and thermal transport
enhancement of Cu–H2O nanoliquid in a differentially heated upright annulus having a thin …

This research examines the thin-film nanomaterial movement in three dimensions over a
stretchable rotating inclined surface. Similarity variables are used to transform fundamental …

Heat transfer study influenced by various physical effects like thermal radiations, convective
heat condition and thermal slip is one of the influential research domain specifically in …

This current investigation examines the behavior of Williamson-micropolar nanofluid across
a bi-directionally extending sheet with thermal radiation, heat source, and multiple slip …

The computational analysis of the second-order micropolar stagnation point flow of
nanofluid over an exponentially permeable stretching sheet is considered. The freestream …