Thermal energy storage (TES) units are needed to balance the incompatibility between
energy supplies and demand in concentrated solar power plants. However, low thermal …

Analyzing entropy generation is one of the most effective methods for examining how well
thermal systems operate. To determine the ideal operating conditions, numerous …

This paper provides a review of different contributions dedicated thus far to entropy
generation analysis (EGA) in turbulent combustion systems. We account for various …

This article discusses the effects of entropy generation as well as slip velocity condition on
MHD Jeffery nanofluid flow through a porous medium in a channel with peristalsis. We take …

The entropy generation due to steady laminar forced convection fluid flow through parallel
plates microchannel is investigated numerically. The effect of Knudsen, Reynolds, Prandtl …

Corrugated surfaces are an efficient design feature found in many applications in industrial
and engineering fields, such as electronic device cooling systems, used to improve heat …

In the present study, thermohydraulic performance and entropy-generation analysis through
a single rectangular microchannel is investigated systematically by numerical simulations …

In order to achieve the best performance of a thermal system, two major analyses must be
carried out on the system: energy and entropy generation. The best scenario is a …

Non-Newtonian fluids have a wide range of engineering applications, which has drawn
researchers to study their puzzling rheology as well as the transport of thermal and somatic …

Fundamental insight on the minimization of entropy generation and maximum temperature is
important for efficient performance and proper design of thermal systems. One of the key …