Numerical investigation of conjugate natural convection from a vertical cylindrical open cavity
An extensive numerical analysis is performed on a vertical cylindrical open cavity made of
aluminum with varying thicknesses to study conjugate natural convection. The key purpose …
aluminum with varying thicknesses to study conjugate natural convection. The key purpose …
Entropy formation due to conjugate natural convection in a cylindrical open cavity under isothermal boundary condition at inner wall
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 …
analyzed through computational methods to explore the impact of cylinder wall thickness …
[HTML][HTML] Optimization of heat transfer in a solid torus: A parametric and numerical approach under natural convection
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 …
and surface radiation is studied numerically. The wall temperature of the torus and the …
Pressure gradient and an upstream cylinder on nanofluid flow around a heated cylinder: Heat transfer and entropy analysis
This study numerically investigates the nanofluid flow around a long heated cylinder of
square cross-section (DSC) with height A*, placed parallel to a cold wall at a fixed gap …
square cross-section (DSC) with height A*, placed parallel to a cold wall at a fixed gap …
Modeling of a Blast Furnace with Both CFD and Thermodynamics Principles
In this paper, we revisit a turbulent mixing of gas and air in a gas burner with computational
fluid dynamics (CFD) models. The quality of such a turbulent mixture is based on …
fluid dynamics (CFD) models. The quality of such a turbulent mixture is based on …
Impact of Natural Convection Heat Transfer on the Efficiency of Various Heat Dissipating Devices and Heat Sinks—A Review
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 …
source of power for the heat rejection. The technology and the manufacturing skills have …
Free Convection from a One End Closed Vertical Pipe with Annular Fins: A Computational Study
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 …
compact nature and better surface area-to-volume ratio over their cuboid counterparts …
Study of Natural Convection From a Vertical Wall with Extended Surfaces
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 …
the surface and the surrounding fluid. For a system to remain in a steady state, the heat …
Numerical Investigation of Small‐Scale Model of a Blast Furnace for Laminar and Turbulent Regimes
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 …
the outer surface of an upward cylindrical cavity with a varied cross section, which is a small …
Numerical simulation of the shell cooling of a rotary kiln
B Mohammed, M Abed, BI Mimouna - Journal of Thermal …, 2021 - dergipark.org.tr
The rotary kiln is considered the heart of cement manufacturing plants, so any malfunction
can lead to significant losses for the company. These equipment's are exposed to very high …
can lead to significant losses for the company. These equipment's are exposed to very high …