Numerical Research on the Changes of Tidal Waves Due to Mean-Sea-Level Rise in the Bohai Sea,the Huanghai Sea and the East China Sea I: Numerical Modeling of Current Tidal Waves in the Areas
Yu Yi
Abstract
Yu Yi
Abstract
Current tidal waves in the areas were modeled by using the spherical tidal wave equations with the tide-generating force taken into account,and with an open boundary condition taken as forced tidal elevation.The modeling covered 19 tidal constituent waves with the largest theoretical coefficients,including,10 semidiurnal and 9 diurnal constituents.This was the first attempt at modeling so many tidal constituent waves.The modeled results were compared with observed data.Co-tidal charts were drawn based on the modeled harmonics,and the movements of the tidal waves were discussed and analyzed.
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Current tidal waves in the areas were modeled by using the spherical tidal wave equations with the tide-generating force taken into account,and with an open boundary condition taken as forced tidal elevation.The modeling covered 19 tidal constituent waves with the largest theoretical coefficients,including,10 semidiurnal and 9 diurnal constituents.This was the first attempt at modeling so many tidal constituent waves.The modeled results were compared with observed data.Co-tidal charts were drawn based on the modeled harmonics,and the movements of the tidal waves were discussed and analyzed.
Key concepts: Tidal Waves, Geology, Current (fluid), Tidal Model, Tidal current, Elevation (ballistics), Harmonics, Sea level