Understanding and Prediction of Nonlinear Effects in Wave Propagation | Zendy

Dick K. P. Yue | Zendy; Yuming Liu | Zendy

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Understanding and Prediction of Nonlinear Effects in Wave Propagation

Author(s) -

Dick K. P. Yue,

Yuming Liu

Publication year - 2013

Language(s) - English

Resource type - Reports

DOI - 10.21236/ada578311

Subject(s) - modulational instability , surface wave , cross polarized wave generation , wave shoaling , nonlinear system , wave propagation , physics , stokes wave , field (mathematics) , wind wave , ground wave propagation , breaking wave , computational physics , mechanical wave , optics , longitudinal wave , mathematics , quantum mechanics , pure mathematics , thermodynamics

: In ocean wave-field evolution, nonlinear effects affect the propagation velocity of each wave component in the wave field, produce locked wave components, cause modulational instability development, and enable resonant wave-wave interactions. All of these influence the spatial and temporal variations of the sea surface shape. The nonlinear effects are dependent on wave spectrum parameters (such as wave steepness, bandwidth, and propagating direction) and propagation distance and evolution duration of the wave-field. The main objective of this project is to develop understanding and characterization of nonlinear effects in phase-resolved ocean surface wave-field evolution.

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