首页> 外文会议>Congress of Asia and Pacific Division of International Association of Hydraulic Engineering and Research >SIMULATION OF SALINITY INTRUSION INTO NANAKITA RIVER, JAPAN, TAKING INTO ACCOUNT EFFECTS OF MORPHOLOGICAL CHANGES AND WAVE SET-UP
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SIMULATION OF SALINITY INTRUSION INTO NANAKITA RIVER, JAPAN, TAKING INTO ACCOUNT EFFECTS OF MORPHOLOGICAL CHANGES AND WAVE SET-UP

机译:模拟盐度侵入到日本Nanakita河流,考虑到形态变化和波浪设置的影响

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摘要

Salinity intrusion into estuaries, in general, is mostly affected by fiver water discharge and tidal level. Besides, the change in salinity can also be influenced by other external elements such as wave height or river mouth morphology. In this study salinity distribution in the Nanakita River was investigated by using an Estuarine Coastal Ocean Model (ECOM) and in-situ data taking into account effects of morphological changes and waves. The overall agreement between the computed result and measuring data indicated that the model can be used to represent the salinity intrusion into estuaries.
机译:通常,盐度侵入河口主要受纤维排放和潮汐水平的影响。此外,盐度的变化也可以受到其他外部元件的影响,如波浪高或河口形态。在本研究中,通过使用河口沿海海洋模型(ECOM)和原位数据来考虑形态变化和波浪的影响,研究了纳凯塔河中的盐度分布。计算结果和测量数据之间的总体协议表明,该模型可用于将盐度侵入到河口中。

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