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HYDRODYNAMIC MODELING OF RESIDENCE TIME IN LITTLE MANATEE RIVER, USA

机译:美国小海牛河的停留时间流体动力学建模

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A 3D hydrodynamic model has been successfully applied to Little Manatee River to characterize the mixing and transport process and residence time. The model employs horizontal curvilinear orthogonal grids to represent the complex river system that consists of branches and bayous. The model has been satisfactorily calibrated and verified by using two continuous data sets. The data sets consist of hourly observations of all forcing boundaries, including freshwater inputs,tides, winds, salinity and temperatures at bay boundary, and air temperatures, for model simulations. The calibrated and verified hydrodynamic model was used to investigate residence time in the Little Manatee River. Model simulations were conducted for 17 flow scenarios. Empirical regression equations have been satisfactorily derived to correlate ERT to freshwater inflow. Correlation coefficients R2 are 0.976 for ERT.
机译:3D流体动力学模型已成功应用于小海牛河,以表征混合和运输过程和停留时间。该模型采用水平曲线正交网格来代表由分支和嘘声组成的复杂河流系统。通过使用两个连续数据集,该模型已被令人满意地校准和验证。数据集包括每小时观察所有强制边界,包括淡水投入,潮汐,风,盐度和温度,适用于模型模拟。校准和验证的流体动力学模型用于调查小海牛河的停留时间。为17个流程进行了模型模拟。已经令人满意地衍生经验回归方程以将ert与淡水流入相关。相关系数R2为ERT为0.976。

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