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- Wave-Driven Circulation Patterns in the Lee of Groynes
- Modeling the Tide-Induced Modulation of Wave Height in the Outer Seine Estuary Nicolas Guillou, Georges Chapalain
- Formulation of the Undertow Using Linear Wave Theory
- Ωωω) of the Wave As a Function of Physical Parameters And/Or the Wave Number
- Nearshore Hydrodynamics and the Behaviour of Groynes on Sandy Beaches
- The Role of Wave Height, Period, Slope, Tide Range and Embaymentisation in Beach Classifications: a Review
- 1 Nonlinear Behaviour of Tsunami-Like Solitary Wave
- Fundamentals Concerning Stokes Waves M. Rahman Department Of
- Water Level and Wave Height Estimates at NOAA Tide Stations from Acoustic and Microwave Sensors
- Dynamics of Rip Currents Associated with Groynes — Field Measurements, Modelling and Implications for Beach Safety Scott
- Internal Solitary Waves in the Sulu Sea
- Linear Wave Theory Is a Solution of the Laplace Equation
- Rayleigh Probability Distribution Applied to Random Wave Heights
- Oceanic Internal Waves and Solitons 1. Introduction
- Dynamics and Mixing in the Upper Ocean Layer
- Wave Height Measurements with Navigation Radar
- Here, Cryo- Sphere, Lithosphere, and Biosphere
- Deep Vs. Shallow Water Waves
- Waves in the Ocean in This Document We Will Discuss Three Types of Waves: Wind-Driven Waves, Tides and Tsunamis
- What Are Waves? What Causes Waves? Tidal Waves Tsunamis Wind Generated Waves Swell
- Soliton Interaction As a Possible Model for Extreme Waves in Shallow Water P
- NOAA Technical Report NOS CO-OPS 079 an Examination of the June 2013 East Coast Meteotsunami Captured by NOAA Observing Systems
- ELEMENTS of WAVE THEORY R. L. Wiegel and J. W Johnson
- Finite Amplitude Ocean Waves Waves with Peaked Crests and Broad Troughs
- Note: Timber Groynes Date: 3 January 2018
- Finite Amplitude Deep Water Waves : a Comparison of Theoretical And
- Soliton Groups As the Reason for Extreme Statistics of Unidirectional Sea Waves
- Wave Height Characteristics in the North Atlantic Ocean: a New Approach Based on Statistical and Geometrical Techniques
- A 2D Model of Waves and Undertow in the Surf Zone
- Deep Water Wave ✤ When Ocean Depth Is Greater Than Half the Wavelength
- 13.42 Lecture: Ocean Waves Spring 2005
- Thirty-Nine-Year Wave Hindcast, Storm Activity, and Probability Analysis of Storm Waves in the Kara Sea, Russia
- Guide to Wave Analysis and Forecasting
- Meteotsunamis In
- Appendix A: Concept Designs
- Meteotsunami in Queensland Fact Sheet
- 'Significant Wave Height' a Closer Look at Wave Forecasts
- CEM Part II: Chapter 1 Water Wave Mechanics
- Rip Currents
- Wave and Tide Instruments: Theory and Setup 2 Module 13: Wave and Tide, Theory and Setup
- A Cnoidal Approximation Wave Theory
- Deep-Sea Research Part I 129 (2017) 1–9
- Prediction of Shoreline Evolution. Reliability of a General Model for the Mixed Beach Case
- The Cnoidal Theory of Water Waves
- Waves Wave Parameters
- Nonlinear Wave Theories
- The Solitary and Cnoidal Waves in Shallow Water
- Wave-Tide Interaction Modulates Nearshore Wave Height
- Calculating Water Wavelength Using Dispersion Relation and Approximation