'Wind sea' diaporamas de présentation

The Wave Model

The Wave Model. ECMWF, Reading, UK. Resources:. Lecture notes available at: http://www.ecmwf.int/newsevents/training/lecture_notes/ pdf_files/NUMERIC/Wave_mod.pdf Recommended literature can be found at: http://www.ecmwf.int/newsevents/training/2012/nwp/timetable_resources_nwp.html

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Deep-Water Oceanographic Buoys: Deployments, Measurements, Outcomes

Deep-Water Oceanographic Buoys: Deployments, Measurements, Outcomes. Wind Sea and Swells Characteristics Derived from the Deep-Water Buoy at Western North Pacific. Ching-Jer Huang Coastal Ocean Monitoring Center Department of Hydraulic and Ocean Engineering National Cheng Kung University

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Analysis of AMSR-E C & X-band Tb data dependencies with wind & wave characteristics

Analysis of AMSR-E C & X-band Tb data dependencies with wind & wave characteristics. Questions ?. How is Roughness - induced sea surface emissivity in the low frequency microwave domain dependent with sea surface state & wave developement ?

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The WINDSPEED project: Finding Spatial Solutions for Offshore Wind in the North Sea

The WINDSPEED project: Finding Spatial Solutions for Offshore Wind in the North Sea European Offshore Wind 2009 Conference Stockholm, 14 September 2009 Karina Veum (ECN), Christoph Schillings (DLR), Thomas Wanderer (DLR). www.windspeed.eu. WINDSPEED facts:.

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Model-data comparison for extra-tropical storm in 2007

Model-data comparison for extra-tropical storm in 2007. Model set-up Fully coupled SELFE-WWM; I.C. and B.C. from Wave Watch III NARR wind (~32km resolution) Dt=60sec (no split between 2 models) No. of frequency components = 34; no. of directions = 36 Benchmark:

168 views • 6 slides