作者: Vladimir Zakharov , Andrei Pushkarev
DOI: 10.21236/ADA616528
关键词: Modulational instability 、 Computer simulation 、 Wave turbulence 、 Equations for a falling body 、 Rogue wave 、 Wind wave 、 Physics 、 Surface wave 、 Nonlinear system 、 Statistical physics
摘要: Abstract : Development of accurate and fast advanced statistical dynamical nonlinear models ocean surface waves, based on first physical principles, which will improve accelerate both long term wave turbulence forecasts prediction strongly coherent events, such as freak waves wave-breakings. Creation better for improvement existing operational programs; study non-stationary growth in presence wind; interpretation experimental data through self-similar solutions Hasselmann equation; studying the integrability 1D equations waves; possibility generalization compact water equation 2D situation; implications modulational instability solitons, rogue air-surface interaction.