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 …

A numerical solution for the influence of an inner adiabatic rotating cylinder inside a vented
cavity on mixed convection of hybrid nanofluid is presented in this study. The governing …

Improving thermal performance in heated channels has received much attention from many
researchers due to its presence in various thermal systems. The present research …

Photovoltaic (PV) systems harnessing solar power to generate electricity have gained
widespread adoption worldwide due to clean innovations. The geographic position of the …

In this work, hydrothermal behavior and entropy generation of a heated cylinder placed
between two oppositely rotating cylinders inside a vented cavity is studied numerically using …

Thermal transport of nanofluid natural convection in a wavy porous enclosure exposed to an
external and uniform magnetic source is investigated numerically. Numerous pertinent …

A numerical analysis aiming to investigate the influence of numerous parameters on the
energy storage systems has been conducted. The system performance working with phase …

This study investigates the hydrothermal characteristics and entropy generation within a
heat sink subjected to oscillating lid-driven motion and featuring various fin configurations …

In this work, natural convection flow in a horizontal cylindrical annulus having a porous
sleeve under constant volume is numerically examined and compared with a completely …

This study aims to explore and enhance the understanding of how finned rotating cylinders
impact mixed convection of the hydrothermal flow and heat transfer of hybrid nanofluids in a …