The buoyancy-driven thermofluid dynamics of a solid/hollow cylinder with concave surfaces
have been studied in a laminar regime (10 4≤ R a≤ 10 8) using the finite-volume method to …

In this study, an upright hollow cylinder made of aluminum with varying thicknesses is
analyzed through computational methods to explore the impact of cylinder wall thickness …

In the present work, a horizontally oriented 2D toroidal loop subjected to natural convection
and surface radiation is studied numerically. The wall temperature of the torus and the …

Efforts are made to describe the thermofluidic behavior around a spinning hot cylindrical
open cavity with negligible wall thickness suspended in air within the laminar regime …

The objective of this study is to create a simulation of a cavity containing high-heat rack
server computing equipment. The aim is to explore various numbers of openings (two and …

Natural convection heat transfer is a safest way of heat transfer without using any external
source of power for the heat rejection. The technology and the manufacturing skills have …

Cylindrical objects in heat transfer applications have always taken the spotlight due to their
compact nature and better surface area-to-volume ratio over their cuboid counterparts …

Fins are often added to surfaces to enhance heat transmission through convection between
the surface and the surrounding fluid. For a system to remain in a steady state, the heat …

A numerical investigation is carried out to explore the thermal properties of airflow around
the outer surface of an upward cylindrical cavity with a varied cross section, which is a small …