Increasing thermal performance and preventing heat loss are very important in energy
conversion systems, especially for new and complex products that exacerbate this need …

In this work, an analysis has been done on extended surfaces with various geometries to
identify the better heat transfer rate. The geometries of extended surfaces namely–bar fins …

This study deals the influence of fins and inclined magnetic field with nanofluid in single lid-
driven and double lid-driven cavities. The effect of fins length and distance between them is …

The mixed convective heat transfer in a two-dimensional enclosure containing ethylene
glycol-water mixture-based MoS 2 nanofluid in the presence of magnetic field and thermal …

The present work aims to numerical study the combined effect of free convection and surface
radiation from an open hemispherical cavity and the estimation of cooling time using ANSYS …

The present numerical study focuses on the cooling by natural convection and surface
radiation of two electronic components generating two different and uniform volumetric …

This study examines the fluid flow and heat transfer characteristics of rectangular fins
positioned within a square cavity through the use of the inverse three-dimensional …

An examination of fin surfaces with various shapes was performed in this work to determine
the most efficient heat transfer rate. Models, investigations, and studies have been …

Purpose The performance of solid fins inside a differentially heated cubical cavity is
numerically studied in this paper. The main purpose of the study is to make an optimization …

This article offers a novel study on the impacts of magnetic field and Soret-Dufour numbers
on the thermosolutal convection of sloshing four fins on the wall sides of a square cavity …