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

Due to excellent thermal performance and application prospects, nanofluids are attracting
many researchers to pay more attention to new types of heat transfer fluids. However …

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 …

This study investigates the influence of eight distinct surfactants on the stability, rheological
characteristics, and thermophysical properties of hybrid nanofluids (NFs) containing …

Latent heat thermal energy storage (LHTES) technology is considered as an effective way to
solve the mismatch between energy supply and demand, while improving the heat transfer …

One of the most promising sources of energy to meet demand and reduce pollution from
fossil fuels is solar energy. To maximize energy conversion, solar technology efficiency …

Thermal management is a critical challenge in advanced systems such as electric vehicles
(EVs), electronic components, and photoelectric modules. Thermal alleviation is carried out …

The global requirement for sustainable energy supply to enhance industrial productivity and
reduce production costs has focused researchers' attention to renewable energy in recent …

Abstract Carbon Dioxide (CO 2) Capture, Utilization and Storage (CCUS) has been
introduced as the solution for increasing CO 2, affecting many stakeholders. The …

Nanofluid-based volumetric-type solar collectors have emerged as a promising technique
for solar thermal applications. However, achieving the long-term stability of nanofluids under …