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 …

This paper presents an extensive review of experimental, numerical, and numerical-
experimental studies focused on compiling different aspects that lead to improved PTSC …

Currently, parabolic trough collectors have been widely employed for medium-high heat
generation applications such as heat generation processes and desalination applications …

Parabolic trough collectors (PTC) are capable of producing large amounts of energy using
solar energy as a primary energy source. However, with the reduction of photovoltaic …

In this research, numerical simulations of turbulent flow in a modified parabolic trough solar
collector with a novel design of inserted fins along the absorber tube was carried out. The …

The parabolic trough solar collector (PTSC) is recognized as one of the most efficient
devices for generating solar energy. However, it suffers from relatively low thermal efficiency …

This study presents a thorough numerical investigation of a LS-2 parabolic trough collector
(PTC) to introduce a manufacturable structure with high performance. This is done by …

Background The solar receiver design plays a vital role in exchanging solar radiation into
heat transfer fluids in concentrated solar collectors. The solar receiver's heat absorption rate …

Concentrating solar power systems (CSP) is a very efficient technology for clean and
renewable energy production. It basically works on the principle of focusing the sun's rays …

Widely employed for enhancing heat transfer in various devices, nanofluids are still
seriously challenged by contradictory conclusions on their effectiveness under different …