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Boussinesq-type equations for wave–current interaction
Wave Motion, 2013zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zou, Z. L. +3 more
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The wave-current interaction in the coastal area
Journal of Marine Research, 2019In our investigation of the effect of wind-waves on barotropic mean flow in coastal areas, we compare two methods for calculating wave-induced force. The wave field is simulated by the nearshore spectral wave model SWAN. The wave-induced force (calculated using the radiation stress gradient and dissipation methods) and the Stokes drift are integrated ...
Homayoon Komijani, Jaak Monbaliu
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Some observations of wave–current interaction
Coastal Engineering, 1999Abstract Using data collected during the SCAWVEX Project, the effect of depth and current changes (particularly tidal) on waves and the effect of waves on tidal currents were examined. The possible interaction mechanisms between waves, tides and surges are reviewed.
J Wolf, D Prandle
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Observations of Surface Wave–Current Interaction
Journal of Physical Oceanography, 2017AbstractWave–current interaction can result in significant inhomogeneities of the ocean surface wave field, including modulation of the spectrum, wave breaking rates, and wave statistics. This study presents novel airborne observations from two experiments: 1) the High-Resolution Air–Sea Interaction (HiRes) experiment, with measurements across an ...
Leonel Romero +2 more
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Wave–Current Interactions in Finite Depth
Journal of Physical Oceanography, 2006Abstract The energy, momentum, and mass-flux exchanges between surface waves and underlying Eulerian mean flows are considered, and terms in addition to the classical wave “radiation stress” are identified. The formulation is made in terms of the vertically integrated flow.
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Investigation into wave—current interactions in marine current turbines
Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy, 2007The paper looks at the use of blade element-momentum theory for predicting the torque and thrust on a marine current turbine and the results of wave tank tests using a 400 mm-diameter rotor model. To include the effects of waves, linear wave theory particle velocities and accelerations were integrated into the mathematical model.
Barltrop, N. +4 more
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Annotated Bibliography on Wave-Current Interaction
2023This annotated bibliography discusses 60 key publications dealing with wave-current interaction. Each entry includes a bibliographic identification, keywords, a discussion of content, and a statement of coastal engineering significance. An index of the entries by keywords is provided in an appendix.
Peregrine, D. Howell +2 more
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Laboratory studies of wave‐current interaction: Kinematics of the strong interaction
Journal of Geophysical Research: Oceans, 1989Controlled laboratory experiments have been conducted to study the kinematics of wave‐current interactions. The results confirm the conservation of waves under the steady state condition. The data also show that the kinematic effect of the current on waves can be treated as a simple Doppler shift.
Ronald J. Lai +2 more
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Multigrid Model of Wave-Current Interaction
1993The multigrid technique is used to solve a variant of the mild-slope equation which takes into account wave-current interaction. The different versions of wave-current interaction equations are first compared with each other and then the governing equation is recast into a form suitable for treatment by the multigrid technique.
B. Li, C. A. Fleming
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Wave-current interactions: experiment and modelling
2017This research is a thorough investigation of the interactions between wind-generated ocean waves with currents. The physical aspects are analysed and discussed in laboratory and field conditions. The performance of widely used wave forecast models are tested in various situations, from local scales of tidal inlets to the large ocean basin of the ...
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