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Nonlinear Fourier Structure of Complex Surface Wave Trains: A Search forIntegrable and Chaotic Effects in the Dynamics of Ocean Waves

机译:复杂表面波列的非线性傅立叶结构:寻找海浪动力学中的可积和混沌效应

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The main focus of the research reported on here is the development of newnonlinear Fourier spectral analysis methods, based upon the inverse scattering than form (IST), for analyzing measured time series of laboratory and oceanic wave trains. A major emphasis has been the use of the technique for the analysis of substantial quantities of wave data in order to better understand the nonlinear effects which are important in oceanic surface and internal wave fields. A secondary objective of the research has been the analysis of time series of measured wave trains for the effects of chaos and to contrast these results with nonlinear stochastic models. New data analysis procedures for the study of chaotic and stochastic dynamics in ocean waves have also been developed.

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