Stokes wave
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- Experimental Study of Water Waves: Nonlinear Effects and Absorption
- Introduction of a Simple Cnoidal Wave Formulation Based on Nonlinear Interaction of Wave-Wave Principles
- Fundamentals Concerning Stokes Waves M. Rahman Department Of
- WAVE TRANSFORMATION and VELOCITY FIELDS a Thesis
- A Variational Approach for Water Wave Modelling
- Modulation Instability of Stokes Wave Freak Wave¶
- Baroclinic Turbulence
- Finding the Stokes Wave: Low Steepness to Highest Wave
- Simulating Breaking Waves and Estimating Loads on Offshore Wind Turbines Using Computational Fluid Dynamic Models
- A Fifth-Order Stokes Theory for Steady Waves Is Presented in Which an Attempt Is Made to Correct and to Obviate Some of the Dis Advantages of Previous Theories
- Chapter 12 Time Reversal of Linear and Nonlinear Water Waves
- Third-Order Stokes Wave Solutions of the Free Surface Capillary- Gravity Wave and the Interfacial Internal Wave
- Practical Use of Variational Principles for Modeling Water Waves
- Waterloopkundig Laboratorium Delft Hydraulics Laboratory
- Finite Amplitude Ocean Waves Waves with Peaked Crests and Broad Troughs
- Finite Amplitude Deep Water Waves : a Comparison of Theoretical And
- Large-Eddy Simulation for Wind and Tidally Driven Sea Circulation in Coastal Semi-Closed Areas
- Stokes Waves Revisited: Exact Solutions in the Asymptotic Limit