A high - resolution atmospheric boundary layer model nested in mm 5的高分辨率大氣邊界層模式
In calculation , the bottom shear stress under the effect of waves and currents is supplied by the wave - current bottom boundary layer model 計(jì)算中的底部剪切應(yīng)力由波流邊界層模型給出波?流共同作用下的形式。
The effect of wave radiation stress is considered in the compound fluid model . the value of bottom friction is offered by the wave - current bottom boundary layer model 復(fù)合流場(chǎng)學(xué)模型中考慮了波浪輻射應(yīng)力的作用,底摩擦由波?流相互作用邊界層模型提供。
In order to calculate depth - averaged two - dimensional ( 2 - d ) suspended sediment transport under waves and currents in the yangtze estuary , a numerical model system is developed . four models , a 2 - d compound fluid model including wind , waves , tides and river runoff , a swan wave model , a wave - current bottom boundary layer model and a 2 - d suspended sediment transport model are integrated 本文建立了一個(gè)用于波?流共同作用下長(zhǎng)江口平面二維懸沙計(jì)算的數(shù)值模型系統(tǒng),主要由四部分組成,即考慮風(fēng)、浪、潮、徑流的二維復(fù)合流場(chǎng)模型、 swan海浪模型、波?流相互作用的底邊界層模型以及二維懸沙輸運(yùn)模型。