Slot Ventilated Room with Heated Obstruction

A numerical study of two-dimensional turbulent buoyant rcirculating flow withinmechanically ventilated rooms is reported. The study involves the solution of elliptic partialdifferential equations for the conservation of mass, momentum, energy, turbulent energy andits dissipation rate in a finite dif...

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Main Authors: Waheed S. Mohammed, Wissam A. Mohammed, AbdulJabbar Muttair Ahmed
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2008-06-01
Series:Engineering and Technology Journal
Online Access:https://etj.uotechnology.edu.iq/article_26633_a64b1f2616899cb8b3fc3ae432fc8a1c.pdf
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author Waheed S. Mohammed
Wissam A. Mohammed
AbdulJabbar Muttair Ahmed
author_facet Waheed S. Mohammed
Wissam A. Mohammed
AbdulJabbar Muttair Ahmed
author_sort Waheed S. Mohammed
collection DOAJ
description A numerical study of two-dimensional turbulent buoyant rcirculating flow withinmechanically ventilated rooms is reported. The study involves the solution of elliptic partialdifferential equations for the conservation of mass, momentum, energy, turbulent energy andits dissipation rate in a finite difference form. These equations were solved together withalgebraic expressions for the turbulent viscosity and heat diffusivity, using (K-ε) turbulencemodel. A modified version of a two-dimensional elliptic computer code was used tosimulate the complex flows inside a slot-ventilated room. The present study demonstratesthat the flow behavior depends on several parameters, such as airflow rate, size andtemperature of the heated obstruction. Each of these parameters was modeled separately tounderstand their affects on the airflow characteristic inside ventilated room.
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spelling doaj.art-eafc801282dd4e62ba21b460033dfa212024-02-04T17:53:40ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582008-06-0126667168110.30684/etj.29.6.826633Slot Ventilated Room with Heated ObstructionWaheed S. MohammedWissam A. MohammedAbdulJabbar Muttair AhmedA numerical study of two-dimensional turbulent buoyant rcirculating flow withinmechanically ventilated rooms is reported. The study involves the solution of elliptic partialdifferential equations for the conservation of mass, momentum, energy, turbulent energy andits dissipation rate in a finite difference form. These equations were solved together withalgebraic expressions for the turbulent viscosity and heat diffusivity, using (K-ε) turbulencemodel. A modified version of a two-dimensional elliptic computer code was used tosimulate the complex flows inside a slot-ventilated room. The present study demonstratesthat the flow behavior depends on several parameters, such as airflow rate, size andtemperature of the heated obstruction. Each of these parameters was modeled separately tounderstand their affects on the airflow characteristic inside ventilated room.https://etj.uotechnology.edu.iq/article_26633_a64b1f2616899cb8b3fc3ae432fc8a1c.pdf
spellingShingle Waheed S. Mohammed
Wissam A. Mohammed
AbdulJabbar Muttair Ahmed
Slot Ventilated Room with Heated Obstruction
Engineering and Technology Journal
title Slot Ventilated Room with Heated Obstruction
title_full Slot Ventilated Room with Heated Obstruction
title_fullStr Slot Ventilated Room with Heated Obstruction
title_full_unstemmed Slot Ventilated Room with Heated Obstruction
title_short Slot Ventilated Room with Heated Obstruction
title_sort slot ventilated room with heated obstruction
url https://etj.uotechnology.edu.iq/article_26633_a64b1f2616899cb8b3fc3ae432fc8a1c.pdf
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AT abduljabbarmuttairahmed slotventilatedroomwithheatedobstruction