The Ocean Surface Wave Breaking, Turbulent Mixing and Radio Probing [Paperback]

Nonlinear wave dynamics.- A New Way to Calculate Steep Gravity Waves.- Nonlinear Water Wave Theory Via Pressure Formulation.- Particle Trajectories in Nonlinear Capillary Waves.- Wave Breaking and Nonlinear Instability Coupling.- Stability of a Random Inhomogeneous Field of Weakly Nonlinear Surface Gravity Waves with Application to the JONSWAP Study.- Initial Instability and Long-Time Evolution of Stokes Waves.- On Non-Linear Water Wave Groups and the Induced Mean Flow.- Numerical and Experimental Analysis of Nonlinear Deformation of Ocean Waves on 2-D and 3-D Sandbars.- Wave generation.- On the Growth of Gravity-Capillary Waves by Wind.- Nonlinear Waves in a Developing Process.- The Effect of Short Waves on the Transfer of Wind Momentum to Long Water Waves.- Measurements of Atmospheric Pressure over Surface Gravity Waves during KonTur.- Atmospheric Stability Effects on the Growth of Surface Gravity Waves.- New Aspects of the Turbulent Boundary Layer over Wind Waves.- Wave dynamics, wave statistics and wave modeling.- Spectral Characteristics of Breaking Waves.- The Fully Developed Wind-Sea Spectrum as a Solution of the Energy Balance Equation.- The Kinematics of Short Wave Modulation by Long Waves.- The Effect of Surface Contamination on the Drift Velocity of Water Waves.- Mathematical Modeling of Breaking Wave Statistics.- Numerical Modeling of Current-Wave Interaction.- Measurement and Analysis of Surface Waves in A Strong Current.- In Search of Universal Parametric Correlations for Wind Waves.- Sea-State Cycles.- Wave models.- On the Effect of Bottom Friction on Wind Sea.- A Parametric Wind Wave Model for Arbitrary Water Depths.- Shallow Water Intercomparison of Wave Models  Part I Three Different Concepts to Model Surface Waves in Finite Water Depth.- Shallow Water Intercomparison of Wave Models  Part II Results of Three Different Wave Models for Idealized Wind and Depth Situations.- Shallow Water Intercomparison of Wave Models  Part III.- A Coupled DiscretelÓG