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A 2D Model of Waves and Undertow in the Surf Zone
This paper describes the details of a 2D model of. waves and undertow in the surf zone. The model uses an assumed shape of the undertow velocity profile together with the wave energy equation, surface and near-bed shear stresses and the mass flux balance due to the wave drift, surface roller and undertow velocity to compute the cross-shore wave development, surface set-up/set-down and the vertical distribution ofthe undertow velocity at cross-shore sections. The numerical model has been tested against both laboratory and field data and produces good agreements.
A 2D Model of Waves and Undertow in the Surf Zone
This paper describes the details of a 2D model of. waves and undertow in the surf zone. The model uses an assumed shape of the undertow velocity profile together with the wave energy equation, surface and near-bed shear stresses and the mass flux balance due to the wave drift, surface roller and undertow velocity to compute the cross-shore wave development, surface set-up/set-down and the vertical distribution ofthe undertow velocity at cross-shore sections. The numerical model has been tested against both laboratory and field data and produces good agreements.
A 2D Model of Waves and Undertow in the Surf Zone
O’Connor, Brian A. (author) / Pan, Shunqi (author) / Nicholson, John (author) / MacDonald, Neil (author) / Huntley, David A. (author)
26th International Conference on Coastal Engineering
Coastal Engineering 1998 ; 286-296
1999-04-26
Conference paper
Electronic Resource
English
A 2D Model of Waves and Undertow in the Surf Zone
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