Predicting crack pattern on archimedes screw runner blade of micro hydro power

One of the fundamental studies of Micro hydro power with low head is the Archimedes screw runner. This research focuses on the study of behavior of fluid flow acting on the Archimedes screw runner blade and prediction of erosion pattern from fluid flow. The CAD model of the Archimedes screw blade wa...

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Main Author: Ahmad Alif, Ahmad Adam
Format: Undergraduates Project Papers
Language:English
Published: 2013
Subjects:
Online Access:http://umpir.ump.edu.my/id/eprint/8478/1/Predicting%20crack%20pattern%20on%20archimedes%20screw%20runner%20blade%20of%20micro%20hydro%20power.pdf
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author Ahmad Alif, Ahmad Adam
author_facet Ahmad Alif, Ahmad Adam
author_sort Ahmad Alif, Ahmad Adam
collection UMP
description One of the fundamental studies of Micro hydro power with low head is the Archimedes screw runner. This research focuses on the study of behavior of fluid flow acting on the Archimedes screw runner blade and prediction of erosion pattern from fluid flow. The CAD model of the Archimedes screw blade was re-inversely design from past researcher. In order to determine the flow pattern, computational fluid dynamic, CFD was used to obtain the pressure distribution along blade structure. Analysis of three-dimensional with steady state flow was done with a standard k-ε as the turbulence model. The result obtained from pressure pattern shows that the highest value of coefficient of pressure obtained at the blade tip. This result shows that the prediction of crack may occur mostly at the blade tip. Further studies of blade design can be improved by reducing crack.
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spelling UMPir84782023-11-03T01:05:46Z http://umpir.ump.edu.my/id/eprint/8478/ Predicting crack pattern on archimedes screw runner blade of micro hydro power Ahmad Alif, Ahmad Adam TJ Mechanical engineering and machinery One of the fundamental studies of Micro hydro power with low head is the Archimedes screw runner. This research focuses on the study of behavior of fluid flow acting on the Archimedes screw runner blade and prediction of erosion pattern from fluid flow. The CAD model of the Archimedes screw blade was re-inversely design from past researcher. In order to determine the flow pattern, computational fluid dynamic, CFD was used to obtain the pressure distribution along blade structure. Analysis of three-dimensional with steady state flow was done with a standard k-ε as the turbulence model. The result obtained from pressure pattern shows that the highest value of coefficient of pressure obtained at the blade tip. This result shows that the prediction of crack may occur mostly at the blade tip. Further studies of blade design can be improved by reducing crack. 2013-06 Undergraduates Project Papers NonPeerReviewed pdf en http://umpir.ump.edu.my/id/eprint/8478/1/Predicting%20crack%20pattern%20on%20archimedes%20screw%20runner%20blade%20of%20micro%20hydro%20power.pdf Ahmad Alif, Ahmad Adam (2013) Predicting crack pattern on archimedes screw runner blade of micro hydro power. Faculty of Mechanical Engineering, Universiti Malaysia Pahang.
spellingShingle TJ Mechanical engineering and machinery
Ahmad Alif, Ahmad Adam
Predicting crack pattern on archimedes screw runner blade of micro hydro power
title Predicting crack pattern on archimedes screw runner blade of micro hydro power
title_full Predicting crack pattern on archimedes screw runner blade of micro hydro power
title_fullStr Predicting crack pattern on archimedes screw runner blade of micro hydro power
title_full_unstemmed Predicting crack pattern on archimedes screw runner blade of micro hydro power
title_short Predicting crack pattern on archimedes screw runner blade of micro hydro power
title_sort predicting crack pattern on archimedes screw runner blade of micro hydro power
topic TJ Mechanical engineering and machinery
url http://umpir.ump.edu.my/id/eprint/8478/1/Predicting%20crack%20pattern%20on%20archimedes%20screw%20runner%20blade%20of%20micro%20hydro%20power.pdf
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