Abstract
Based on the data of field experiments and modeling was revealed that the dissipation of the energy of the high-frequency part of the wave spectrum due to wave breaking should compensate the nonlinear growth of higher wave harmonics, which occurs in different ways both for waves breaking with different types and for different methods of modeling a nonlinear source term. The effect of the dissipative term type used on the estimates of sediment transport is discussed.
Keywords
Breaking wave
Dissipation
Harmonics
Dissipative system
Nonlinear system
Physics
Mechanics
Field (mathematics)
Term (time)
Wave propagation
Optics
Mathematics
Subject Areas
Aquatic and Environmental Studies
·Earth-Surface Processes ·Physical Sciences
Coastal and Marine Dynamics
·Earth-Surface Processes ·Physical Sciences
Geological formations and processes
·Earth-Surface Processes ·Physical Sciences
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