Nanofluid has been found exceptionally suitable in several heat transfer applications as a
working fluid due to its excellent thermophysical properties. Enhancement in thermophysical …

Nanofluids are viewed as an effective way to increase the efficiency of solar energy systems.
Their importance is illustrated by enhancing the thermal conductivity of heat transfer fluids …

The current analysis tries to establish the hydrothermal characteristic for two hybrid
nanofluids and a familiar nanofluid flow over a stretchable swirling cylinder. Graphene and …

Technological advancement and miniaturization of electronic gadgets fueled intense
research on nanofluids as potential candidates for cooling applications as a substitute to …

This study aims to synthesize stable nano-enhanced phase change materials (NEPCM)
using deionized (DI) water and graphene nanoplatelets (GNPs) with the aid of three different …

The heat exchange medium moderately determines the heat utilization efficiency of solar
energy. Nanofluids, a type of working fluids with high thermal conductivity and strong light …

The selection of heat transfer medium is indispensable for the efficient realization of
photothermal conversion. Nanofluids, thanks to their enhanced thermal properties and …

In the effort of mitigating global greenhouse gas emissions, renewables are crucial. Solar
energy is a promising resource to be integrated in residential, commercial, and industrial …

Nanofluids have high thermal conductivity and electrical conductivity, and there is a problem
of electrical discharge when used as a coolant in proton exchange membrane fuel cell …

The most common type of heat exchanger used in a variety of industrial applications is the
shell‐and‐tube heat exchanger (STHE). In this work, the impact of graphene nanoplate …