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A hydrodynamic model of a submerged lenticular wave energy device
Abstract The wavemaking capability and energy absorbing characteristics of a single submerged body, constrained to move horizontally in a surge mode, are examined. The body possesses both a vertical axis of symmetry and a horizontal plane of symmetry and is ‘thin’ in the sense that the body draft is small compared to the length. The behaviour of a single body subject to a constraint being placed upon the amplitude of its displacement and the properties of an array of interacting identical devices are also discussed.
A hydrodynamic model of a submerged lenticular wave energy device
Abstract The wavemaking capability and energy absorbing characteristics of a single submerged body, constrained to move horizontally in a surge mode, are examined. The body possesses both a vertical axis of symmetry and a horizontal plane of symmetry and is ‘thin’ in the sense that the body draft is small compared to the length. The behaviour of a single body subject to a constraint being placed upon the amplitude of its displacement and the properties of an array of interacting identical devices are also discussed.
A hydrodynamic model of a submerged lenticular wave energy device
Thomas, G.P. (author) / Evans, D.V. (author)
Applied Ocean Research ; 5 ; 69-79
1983-01-01
11 pages
Article (Journal)
Electronic Resource
English
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