The present review paper aims to document the latest developments on the applications of
nanofluids as working fluid in parabolic trough collectors (PTCs). The influence of many …

Hybrid nanofluids have several advantages compared with the conventional types due to
their modified properties. Their enhanced thermophysical and rheological properties make …

Nanofluids are getting the utmost preference for heat transfer applications due to their
excellent thermal properties over the base fluid. In the present study, the stability of …

In addition to photovoltaic cells, solar power plates, photovoltaic lights, and solar pumping
water, solar energy is the primary source of heat from the sun. At the moment, researchers …

Solar technology is a viable alternative which can be used in place of conventional energy
sources. Conversion of biomass to valuable high-end products have also been touted as …

Due to rapid industrialization and urbanization, upward rise in carbon emissions in the
atmosphere, and depletion of fossil fuel and gas reserves have forced to find alternative …

The efficiency of any nanofluid based thermal solar system depend on the thermophysical
properties of the operating fluids, type and shape of nanoparticles, nanoparticles volumetric …

Solar collectors absorb solar radiation at the focus of solar concentrating systems in the form
of thermal energy which is then transferred to the nanofluid. The work targets the entropy …

Current research proposes a model for assessing the flow properties and heat transmission
from hybridized nanofluids to solar collectors (SCs). A theoretical investigation that was …

In the present research a simplified mathematical model for the solar thermal collectors is
considered in the form of non-uniform unsteady stretching surface. The non-Newtonian …