Turbulator Diameter and Drag on a Sphere
A sphere with turbulators of varying diameter was pulled through water with constant force. The relationship between the diameter of the turbulators and the ball’s total coefficient of drag was determined. The maximum drag reduction was found with turbulators of 0.002 m. The drag reduction was le...
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doaj-8efc983f6ad94db19e49f85fd8096c9a2020-11-24T23:29:01ZengStudentScientists.orgInternational Scholastic Journal of Science2408-18842009-01-01311Turbulator Diameter and Drag on a SphereNicholas Robson0International School BangkokA sphere with turbulators of varying diameter was pulled through water with constant force. The relationship between the diameter of the turbulators and the ball’s total coefficient of drag was determined. The maximum drag reduction was found with turbulators of 0.002 m. The drag reduction was less for turbulators of sizes 0.004 m and 0.005 m.http://isjos.org/ISBJOP/index.php?paper=Turbulator+Diameter+and+Drag+on+a+Sphereturbulatordiameterdragcoefficient |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Nicholas Robson |
spellingShingle |
Nicholas Robson Turbulator Diameter and Drag on a Sphere International Scholastic Journal of Science turbulator diameter drag coefficient |
author_facet |
Nicholas Robson |
author_sort |
Nicholas Robson |
title |
Turbulator Diameter and Drag on a Sphere |
title_short |
Turbulator Diameter and Drag on a Sphere |
title_full |
Turbulator Diameter and Drag on a Sphere |
title_fullStr |
Turbulator Diameter and Drag on a Sphere |
title_full_unstemmed |
Turbulator Diameter and Drag on a Sphere |
title_sort |
turbulator diameter and drag on a sphere |
publisher |
StudentScientists.org |
series |
International Scholastic Journal of Science |
issn |
2408-1884 |
publishDate |
2009-01-01 |
description |
A sphere with turbulators of varying diameter was pulled through water with constant force. The relationship between the diameter of the turbulators and the ball’s total coefficient of drag was determined. The maximum drag reduction was found with turbulators of 0.002 m. The drag reduction was less for turbulators of sizes 0.004 m and 0.005 m. |
topic |
turbulator diameter drag coefficient |
url |
http://isjos.org/ISBJOP/index.php?paper=Turbulator+Diameter+and+Drag+on+a+Sphere |
work_keys_str_mv |
AT nicholasrobson turbulatordiameteranddragonasphere |
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1725547068884254720 |