On the hydrodynamics of bobbing cones

The paper describes an experimental investigation into the hydrodynamics of a right circular cone undergoing transient forced vertical oscillations in otherwise still water. Attention is given to the vertical fluid force and the relative vertical motion between the cone and its intersection with the...

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Main Authors: Drake, K, Taylor, R, Taylor, P, Bai, W
Format: Journal article
Language:English
Published: Elsevier 2009
Subjects:
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author Drake, K
Taylor, R
Taylor, P
Bai, W
author_facet Drake, K
Taylor, R
Taylor, P
Bai, W
author_sort Drake, K
collection OXFORD
description The paper describes an experimental investigation into the hydrodynamics of a right circular cone undergoing transient forced vertical oscillations in otherwise still water. Attention is given to the vertical fluid force and the relative vertical motion between the cone and its intersection with the adjacent free water surface. Comparisons are made between linear theory and experimental results extracted from paired response time histories obtained with input displacements of opposite sign. Comparisons are also made with the predictions obtained from fully non-linear numerical models. A slowly varying setup is observed in the measured relative vertical motion and a new second order term is identified in order to formulate a theoretical explanation.
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spelling oxford-uuid:1331f1a1-982a-4844-9bda-32888ddf737a2022-03-26T10:12:23ZOn the hydrodynamics of bobbing conesJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:1331f1a1-982a-4844-9bda-32888ddf737aMathematicsEngineering & allied sciencesMechanical engineeringEnglishOxford University Research Archive - ValetElsevier2009Drake, KTaylor, RTaylor, PBai, WThe paper describes an experimental investigation into the hydrodynamics of a right circular cone undergoing transient forced vertical oscillations in otherwise still water. Attention is given to the vertical fluid force and the relative vertical motion between the cone and its intersection with the adjacent free water surface. Comparisons are made between linear theory and experimental results extracted from paired response time histories obtained with input displacements of opposite sign. Comparisons are also made with the predictions obtained from fully non-linear numerical models. A slowly varying setup is observed in the measured relative vertical motion and a new second order term is identified in order to formulate a theoretical explanation.
spellingShingle Mathematics
Engineering & allied sciences
Mechanical engineering
Drake, K
Taylor, R
Taylor, P
Bai, W
On the hydrodynamics of bobbing cones
title On the hydrodynamics of bobbing cones
title_full On the hydrodynamics of bobbing cones
title_fullStr On the hydrodynamics of bobbing cones
title_full_unstemmed On the hydrodynamics of bobbing cones
title_short On the hydrodynamics of bobbing cones
title_sort on the hydrodynamics of bobbing cones
topic Mathematics
Engineering & allied sciences
Mechanical engineering
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