The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow

We study a new fundamental system comprising a cantilevered thin flexible plate aligned with a uniform flow in which its upstream end is attached to a spring mass system. This allows the entire system to oscillate perpendicularly to the flow direction as a result of the mounting’s dynamic interactio...

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Main Authors: Howell, Richard, Lucey, Anthony
Other Authors: C. Meskell
Format: Conference Paper
Published: Ex Ordo 2012
Online Access:http://programme.exordo.com/fiv2012/proceedings.pdf
http://hdl.handle.net/20.500.11937/43378
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author Howell, Richard
Lucey, Anthony
author2 C. Meskell
author_facet C. Meskell
Howell, Richard
Lucey, Anthony
author_sort Howell, Richard
building Curtin Institutional Repository
collection Online Access
description We study a new fundamental system comprising a cantilevered thin flexible plate aligned with a uniform flow in which its upstream end is attached to a spring mass system. This allows the entire system to oscillate perpendicularly to the flow direction as a result of the mounting’s dynamic interaction with the flow-induced oscillations of the flexible plate. The long-term goal of the study is the development of an energy harvesting system whereby the reciprocating motion of the support system can be tapped for energy production. Here we formulate and deploy a hybrid of theoretical and computational models for the system and map out its linear stability characteristics. Compared to a fixed cantilever, the introduction of the dynamic support system yields lower flutter-onset flow speeds and a reduction of the order of the mode that yields the critical flow speed, effects that are desirable for energy harvesting.
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institution Curtin University Malaysia
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publishDate 2012
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spelling curtin-20.500.11937-433782023-02-07T08:01:21Z The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow Howell, Richard Lucey, Anthony C. Meskell G. Bennet We study a new fundamental system comprising a cantilevered thin flexible plate aligned with a uniform flow in which its upstream end is attached to a spring mass system. This allows the entire system to oscillate perpendicularly to the flow direction as a result of the mounting’s dynamic interaction with the flow-induced oscillations of the flexible plate. The long-term goal of the study is the development of an energy harvesting system whereby the reciprocating motion of the support system can be tapped for energy production. Here we formulate and deploy a hybrid of theoretical and computational models for the system and map out its linear stability characteristics. Compared to a fixed cantilever, the introduction of the dynamic support system yields lower flutter-onset flow speeds and a reduction of the order of the mode that yields the critical flow speed, effects that are desirable for energy harvesting. 2012 Conference Paper http://hdl.handle.net/20.500.11937/43378 http://programme.exordo.com/fiv2012/proceedings.pdf Ex Ordo restricted
spellingShingle Howell, Richard
Lucey, Anthony
The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title_full The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title_fullStr The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title_full_unstemmed The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title_short The fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
title_sort fluid-structure interaction of a spring-mounted cantilevered-free flexible plate in a uniform flow
url http://programme.exordo.com/fiv2012/proceedings.pdf
http://hdl.handle.net/20.500.11937/43378