A study of the Effect of Air Inlet and Exit on Indoor Air Movement

Main Article Content

Abdual Hadi Nema Khalifa
Ahmed Jasim Hamad
Johain Joudet Faraj
Ahmed Qasim Ahmed

Abstract

This work consists of a numerical simulation to predict the velocity and temperature distributions, and an experimental work to visualize the air flow in a room model. The numerical work is based on non-isothermal, incompressible, three dimensional, k turbulence model, and solved using a computational fluid dynamic (CFD) approach, involving finite volume technique to solve continuity, momentum and energy equations, that governs the room’s turbulent flow domain. The experimental study was performed using (1/5) scaled room model of the actual dimensions of the room to simulate room air flow and visualize the flow pattern using smoke generated  from burnt herbs and collected in a smoke generator to delivered through the prototype room. The numerical results were compared with those obtained from experiments, the correspondence between numerical and experimental was fairly good and also, a fair comparison was found with other workers in this field.

Article Details

How to Cite
“A study of the Effect of Air Inlet and Exit on Indoor Air Movement” (2014) Journal of Engineering, 20(05), pp. 109–125. doi:10.31026/j.eng.2014.05.07.
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Articles

How to Cite

“A study of the Effect of Air Inlet and Exit on Indoor Air Movement” (2014) Journal of Engineering, 20(05), pp. 109–125. doi:10.31026/j.eng.2014.05.07.

Publication Dates

References

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