Keyphrases
Acoustic-gravity Waves
50%
Alber Equation
83%
Benjamin-Feir Instability
50%
Bispectrum
50%
Bound Waves
50%
Breather Solutions
50%
Compressible Flow
50%
Conservation Laws
50%
Deterministic Theories
50%
Dirichlet-to-Neumann Operator
50%
Discrete Breathers
100%
Dispersion Correction
50%
Dynamical Systems Approach
50%
Energy Exchange
33%
Freak Wave
75%
Frequency Correction
50%
Hamiltonian Approach
50%
Hamiltonian Dynamics
50%
Heteroclinic Orbit
66%
Leonhard Euler
50%
Linear Stability Analysis
75%
Long-term Dynamics
50%
Modal Amplitude
41%
Model Equation
50%
Nonlinear Dispersion
50%
Nonlinear Schrödinger Equation
66%
Phase Coherence
50%
Phase Plane Analysis
33%
Phase Space
50%
Planar Dynamical System
50%
Potential Theory
50%
Rayleigh Distribution
33%
Reduced Hamiltonian
50%
Resonant Triad
50%
Spectral Bandwidth
66%
Steady Solution
50%
Steady-state Solution
50%
Stochastic Theory
50%
Surface Wave Propagation
50%
Three-dimensional (3D)
50%
Triad Resonance
50%
Two-dimensional Surface
50%
Unified Description
50%
Water Waves
100%
Wave Field
41%
Wave Forecast
50%
Wave Instability
50%
Wave Interaction
66%
Wave Mode
66%
Wave-triads
50%
Mathematics
Asymptotics
50%
Benchmarking
16%
Conformal Mapping
16%
Conservation Law
50%
Dimensional Problem
16%
Dimensional Surface
50%
Dispersive
16%
Dynamical System
50%
Explicit Expression
50%
Free Parameter
50%
Free Surface
58%
Hamiltonian Dynamic
50%
Hamiltonian Systems
50%
Initial Condition
50%
Integral Operator
16%
Laplace Operator
16%
Linearized Stability
100%
Main Result
25%
Matrix Decomposition
16%
Monte Carlo
50%
Neumann Operator
50%
Non-Linear Wave
50%
Phase Space
50%
Potential Theory
33%
Probability Theory
50%
Rayleigh Random Variable
50%
Reduced Model
16%
Ridge
50%
Saddle Point
50%
Schr Dinger Equation
100%
Simple Model
50%
Spatial Dimension
50%
Stability Analysis
100%
State Solution
50%
Stochastics
50%
Time Evolution
50%
Variance
25%
Water Depth
50%
Engineering
Accurate Prediction
16%
Acoustic Mode
12%
Compressibility
12%
Compressible Flow
50%
Conformal Mapping
12%
Critical Role
50%
Deep Water
25%
Dimensional Problem
12%
Dirichlet
50%
Dynamical System Approach
50%
Energy Spectra
50%
Euler Equation
50%
Explicit Expression
50%
Freak Wave
50%
Free Parameter
25%
Free Surface
41%
Gravity Wave
91%
Illustrates
12%
Initial Condition
50%
Linear Stability Analysis
50%
Localization Energy
12%
Mode Separation
50%
Nonlinear Model
16%
Nonlinearity
16%
Numerical Method
33%
Numerical Modeling
12%
Numerical Solution
50%
One Dimensional
12%
Phase Dynamic
25%
Phase Plane
25%
Potential Application
12%
Reformulation
50%
Resonant State
12%
Saddle Point
25%
Schr Dinger Equation
25%
Sea State
25%
Sidebands
25%
Simple Model
50%
Spatial Dimension
25%
Spectral Bandwidth
25%
Steady Solution
50%
Surface Water
12%
Traveling Wave
12%
Two Dimensional
25%
Wave Velocity
12%
