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The waves are most often generated with a mechanical wavemaker, although there are also wind–wave flumes with (additional) wave generation by an air flow over the water – with the flume closed above by a roof above the free surface. The wavemaker frequently consists of a translating or rotating rigid
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Often, the side walls contain glass windows, or are completely made of glass, allowing for a clear visual observation of the experiment, and the easy deployment of optical instruments (e.g. by
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206:-like wave motion. The wavemaker is at one end of the wave flume, and at the other end is the construction being tested, or a wave absorber (a beach or special wave absorbing constructions).
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is a wave tank which has a width and length of comparable magnitude, often used for testing ships, offshore structures and three-dimensional models of harbors (and their breakwaters).
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59:-filled space on top. At one end of the tank, an actuator generates waves; the other end usually has a wave-absorbing surface. A similar device is the
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is much less than its length. The generated waves are therefore – more or less –
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wave board. Modern wavemakers are computer controlled, and can generate besides
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to the flume side wall is much smaller than the other two components of the
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in the Wave–Tow Tank of the Jere A. Chase Ocean
Engineering Laboratory,
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Leo
Holthuijsen. Waves in Oceanic and Coastal Waters (2018). 404 pag.
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In 2014, the first , circular, combined current and wave test basin,
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in The
University of New Hampshire - Chase Ocean Engineering Lab
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Physical models and laboratory techniques in coastal engineering
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Head-on elastic soliton collision in shallow (h=13cm) water
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Laboratory setup for observing the behavior of surface waves
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in a vertical plane (2DV), meaning that the orbital
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43:setup for observing the behavior of
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292:Hughes, Steven A. (1993),
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103:in a laboratory wave flume
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280:Shallow water equations
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111:A large wave flume of
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178:and other
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