Study of Three Dimensional Fluid Flow inManifold-Laterals System

A three dimensional numerical simulation of fluid flow in a manifold-laterals system was carried out; several geometrical changes were made to study the effect on water flowing inside the manifold. The manifold hydraulic diameter and the length were kept constant in the study. The geometrical change...

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Main Authors: Jafar M. Hassan, Wahid S. Mohammad, Ayad F. Hameed
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2012-04-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_42160_75e0777309e1ef8b1260559945b1adc7.pdf
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author Jafar M. Hassan
Wahid S. Mohammad
Ayad F. Hameed
author_facet Jafar M. Hassan
Wahid S. Mohammad
Ayad F. Hameed
author_sort Jafar M. Hassan
collection DOAJ
description A three dimensional numerical simulation of fluid flow in a manifold-laterals system was carried out; several geometrical changes were made to study the effect on water flowing inside the manifold. The manifold hydraulic diameter and the length were kept constant in the study. The geometrical changes include the distance between laterals, the length of the laterals, and the laterals size. It is found that for Reynolds Number (100 and 1000), increasing the length of the laterals gives uniform flow profile at laterals outlet. Also reducing lateral size will create a similar effect. A good agreement was found between the present and FLUENT6.2 results for mass flow rate from laterals.
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spelling doaj.art-f3ba03f66b2b42d288a4eed99bf3445c2024-02-04T17:39:11ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582012-04-013071132114810.30684/etj.30.7.342160Study of Three Dimensional Fluid Flow inManifold-Laterals SystemJafar M. HassanWahid S. MohammadAyad F. HameedA three dimensional numerical simulation of fluid flow in a manifold-laterals system was carried out; several geometrical changes were made to study the effect on water flowing inside the manifold. The manifold hydraulic diameter and the length were kept constant in the study. The geometrical changes include the distance between laterals, the length of the laterals, and the laterals size. It is found that for Reynolds Number (100 and 1000), increasing the length of the laterals gives uniform flow profile at laterals outlet. Also reducing lateral size will create a similar effect. A good agreement was found between the present and FLUENT6.2 results for mass flow rate from laterals.https://etj.uotechnology.edu.iq/article_42160_75e0777309e1ef8b1260559945b1adc7.pdfmanifold flowlateral lengthcfduniform outflow
spellingShingle Jafar M. Hassan
Wahid S. Mohammad
Ayad F. Hameed
Study of Three Dimensional Fluid Flow inManifold-Laterals System
Engineering and Technology Journal
manifold flow
lateral length
cfd
uniform outflow
title Study of Three Dimensional Fluid Flow inManifold-Laterals System
title_full Study of Three Dimensional Fluid Flow inManifold-Laterals System
title_fullStr Study of Three Dimensional Fluid Flow inManifold-Laterals System
title_full_unstemmed Study of Three Dimensional Fluid Flow inManifold-Laterals System
title_short Study of Three Dimensional Fluid Flow inManifold-Laterals System
title_sort study of three dimensional fluid flow inmanifold laterals system
topic manifold flow
lateral length
cfd
uniform outflow
url https://etj.uotechnology.edu.iq/article_42160_75e0777309e1ef8b1260559945b1adc7.pdf
work_keys_str_mv AT jafarmhassan studyofthreedimensionalfluidflowinmanifoldlateralssystem
AT wahidsmohammad studyofthreedimensionalfluidflowinmanifoldlateralssystem
AT ayadfhameed studyofthreedimensionalfluidflowinmanifoldlateralssystem