Selig airfoils: topology of flow patterns at low reynolds number

Over the years, extensive discussions on the flow topology have sparked a motivation for deeper studies on the process of vortex formation and the periodic behaviour of the reattachment profile. Despite a clear methodology, such flow topology studies have not yet covered the majority of airfoil...

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Main Authors: Che Ibrahim, Che Intan Hartini, Abdullah, Aslam
Format: Article
Language:English
Published: Asian Research Publishing Network (ARPN) 2021
Subjects:
Online Access:http://eprints.uthm.edu.my/6909/1/J13995_4062e133318e55d9c27db927bbfc0d3d.pdf
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author Che Ibrahim, Che Intan Hartini
Abdullah, Aslam
author_facet Che Ibrahim, Che Intan Hartini
Abdullah, Aslam
author_sort Che Ibrahim, Che Intan Hartini
collection UTHM
description Over the years, extensive discussions on the flow topology have sparked a motivation for deeper studies on the process of vortex formation and the periodic behaviour of the reattachment profile. Despite a clear methodology, such flow topology studies have not yet covered the majority of airfoil types. This study considers three low Reynolds number Selig airfoils. The computational fluid dynamics simulations carried out involve the airflow passing these models. The attention is given mainly on the separation bubble, vortex shedding and reattachment point. The corresponding effects on airfoils aerodynamic performance are observed. The method is validated against an established mathematical relationship to indicate that both simulations and analysis technique are reliable. The results are applicable in micro aerial vehicles field where the airfoils are those of low Reynolds number.
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spelling uthm.eprints-69092022-04-17T01:05:57Z http://eprints.uthm.edu.my/6909/ Selig airfoils: topology of flow patterns at low reynolds number Che Ibrahim, Che Intan Hartini Abdullah, Aslam T Technology (General) Over the years, extensive discussions on the flow topology have sparked a motivation for deeper studies on the process of vortex formation and the periodic behaviour of the reattachment profile. Despite a clear methodology, such flow topology studies have not yet covered the majority of airfoil types. This study considers three low Reynolds number Selig airfoils. The computational fluid dynamics simulations carried out involve the airflow passing these models. The attention is given mainly on the separation bubble, vortex shedding and reattachment point. The corresponding effects on airfoils aerodynamic performance are observed. The method is validated against an established mathematical relationship to indicate that both simulations and analysis technique are reliable. The results are applicable in micro aerial vehicles field where the airfoils are those of low Reynolds number. Asian Research Publishing Network (ARPN) 2021 Article PeerReviewed text en http://eprints.uthm.edu.my/6909/1/J13995_4062e133318e55d9c27db927bbfc0d3d.pdf Che Ibrahim, Che Intan Hartini and Abdullah, Aslam (2021) Selig airfoils: topology of flow patterns at low reynolds number. ARPN Journal of Engineering and Applied Sciences, 16 (24). pp. 2779-2788. ISSN 1819-6608
spellingShingle T Technology (General)
Che Ibrahim, Che Intan Hartini
Abdullah, Aslam
Selig airfoils: topology of flow patterns at low reynolds number
title Selig airfoils: topology of flow patterns at low reynolds number
title_full Selig airfoils: topology of flow patterns at low reynolds number
title_fullStr Selig airfoils: topology of flow patterns at low reynolds number
title_full_unstemmed Selig airfoils: topology of flow patterns at low reynolds number
title_short Selig airfoils: topology of flow patterns at low reynolds number
title_sort selig airfoils topology of flow patterns at low reynolds number
topic T Technology (General)
url http://eprints.uthm.edu.my/6909/1/J13995_4062e133318e55d9c27db927bbfc0d3d.pdf
work_keys_str_mv AT cheibrahimcheintanhartini seligairfoilstopologyofflowpatternsatlowreynoldsnumber
AT abdullahaslam seligairfoilstopologyofflowpatternsatlowreynoldsnumber