AquaDocs (United Nations Educational, Scientific and Cultural Organization) · 2007 · 33 citations · 11 references
Open access
Natural SciencesOcean EngineeringOceanographyEstuarine OceanographyEstuarine SciencePhysical OceanographyEstuarine ModelingWave EnergyWave Measurement InstrumentsWave MeasurementsEstuarine EnvironmentsExposure ModelWave Energy ModelingWave Exposure AssessmentWave Exposure EffectsWave ModelWave SensorsWind
This report describes the working of National Centers for Coastal Ocean Service (NCCOS) Wave Exposure Model (WEMo) capable of predicting the exposure of a site in estuarine and closed water to local wind generated waves. WEMo works in two different modes: the Representative Wave Energy (RWE) mode calculates the exposure using physical parameters like wave energy and wave height, while the Relative Exposure Index (REI) empirically calculates exposure as a unitless index. Detailed working of the model in both modes and their procedures are described along with a few sample runs. WEMo model output in RWE mode (wave height and wave energy) is compared against data collected from wave sensors near Harkers Island, North Carolina for validation purposes. Computed results agreed well with the wave sensors data indicating that WEMo can be an effective tool in predicting local wave energy in closed estuarine environments. (PDF contains 31 pages)
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A Parametric Wave Prediction Model
Klaus Hasselmann, W. Sell, D. B. Ross et al. · Journal of Physical Oceanography · 1976 · 452 citations · Full text