Comparison among sea surface roughness schemes

Sha, Wei E. I.; Qi-jun, Gui; Yuping, Pan; Min, Jinzhong; Yin, Zhijun

doi:10.1007/bf02842680

Cited by 2 publications

(1 citation statement)

References 9 publications

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“…The model of WAVEWATCHIII improves control equation, the program structure, numerical solution and the physical process and can use the spheric coordinates, also can use Cartesian Coordinates [3] , so the model is not only more reasonable in considering wave-current interaction and physical mechanism of winds and waves but also easily to use parallel computation technology to improve the performance and efficiency of the mode. Many scholars use WW3 mode to numerically simulate wave in the east China sea and the northwest Pacific Ocean, and the results comply with the measured data [4][5][6][7] . Moreover, some new methods are provided to dispose all aspects in order to get more accurate calculation results [8] .…”

Section: Wind Modelmentioning

confidence: 65%

Wind-Wave Numerical Prediction Model in East China Sea

Pan

Li³

et al. 2012

AMR

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Sea surface wind field is a basic parameter of marine dynamic process, Catastrophic Sea-state such as marine tropical storm and storm surge are all driven by marine wind, wave monitoring and prediction also need sea surface wind field. By combining the new generation of weather research and prediction model (WRF) and the third generation wave model (WAVEWATCHⅢ), establish an Atmospheric-Wave numerical prediction system. Developing sea surface wind field numerical forecast in East China Sea, it makes up the shortage of wind field data’s absence. By using the numerical prediction results, the wave model will provide accurate and reliable wave forecast products for Chinese shipping, ocean activities and military affairs.

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