The concept of a closed-loop s-CO2 Brayton cycle is highly attractive and promising;
however, there is yet a major hurdle to overcome, namely, the designing, developing, and …

Solar energy can be converted into thermal energy that can be utilized in both residential
and industrial applications by using a parabolic through collector (PTC). Hybrid nanofluids …

New configuration of concentrated photovoltaic thermal (CPVT) with the implementation of
parabolic concentrator and heat sink combined with the vortex generator (VG) were …

In this study the effects of modification with creation of grooves as well as the use of
nanoparticles with the base fluid has been considered. The main objective during the …

The transition towards third-generation concentrated solar power (CSP) systems
necessitates advanced working fluids, with supercritical carbon dioxide (sCO 2) emerging as …

In this study, the effects of variations in geometrical parameters of shielded twisted tape
within the inner cylinder of the absorber tube on the performance enhancement of the …

Since the 1960s the idea of using supercritical carbon dioxide (s-CO 2) as the working fluid
in a Brayton power cycle has been entertained. But due to technical limitations of the time …

This work introduces an innovative methodology to enhance the efficiency of solar Parabolic
Trough Collectors by integrating corrugated tube receivers accompanied by conical strip …

Abstract The validations of Computational Fluid Dynamic (CFD) simulations are necessary
to develop trust worthiness of the simulation results. Also, it is necessary to provide the exact …