Over the last two decades, extensive research has focused on enhancing operational
efficiency, emission reduction, and technological advancements in combined cycle power …

Thermal power plants are pivotal in meeting global energy demands, yet enhancing their
efficiency and sustainability remains an enduring challenge. While previous studies have …

This research presents an exergy analysis of a gas turbine power plant situated in Assiut,
Egypt, operating under high-temperature conditions. The aim of the study is to assess the …

As global energy demand continues to rise, the imperative to explore and enhance energy
generation from existing resources intensifies. Combined cycle power plants (CCPPs) have …

This comprehensive review analyzes research on enhancing steam boiler performance
through energy and exergy analysis, emphasizing their importance in promoting …

Recent research focuses on utilizing MXene/methanol nanofluid as a working fluid in two-
phase closed thermosyphons (TPCT) to enhance cooling for the rear of hybrid solar …

In the current study, the performance of a dimple-roughened solar thermal collector
(DRSTC) is investigated within a (\({\text {Re}} _ {\text {xx}}\)) range that spans from 3000 to …

This paper aims to compare the thermal performances of the conical solar collector (CSC)
system and the spot Fresnel lens system (SFL) using water and CuO nanofluid as the …

In this paper, a solar thermochemical reactor is designed based on a 5 kW non-coaxial
concentrating solar simulator, and a mathematical model is established for thermal …

The performance of solar photovoltaic (PV) panels is significantly affected by their operating
temperature, with higher temperatures leading to decreased efficiency and reduced lifespan …