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Modeling of Optimum Embankment Height for flood Disaster Prevention of The Asimiro River, North Maluku, Indonesia

机译:印度尼西亚北部马鲁克北部河河洪涝灾害最佳堤防高度建模

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Asimiro River is located in Loloda Utara District, North Halmahera Regency. When it rained it was quite heavy the river flow overflowed to inundate the settlements in the Asimiro River area. The flood that occurs is even greater, if it coincides with rising sea tides. The height and length of inundation that occur also varies depending on tides and topographical conditions. This study aims to see how the existing conditions of the Asimiro River. In addition, observation conducted in order to see which side of the river is flooded and analyze using the HEC-RAS application. The effort to handle flooding itself using embankments which are planned to use a 10-year return flow rate of 90.534 m~3 /sec, obtained embankment height of 2.25 m. Analysis of the calculation of stability using the Fellenius method was carried out with a slope of 1: 2 and obtained a slope factor of 1.897 meeting the safety standard of 1.250. And based on economic analysis, the most optimum embankment has the interest rate of 9.75%, BCR value of 1.17, NPV of Rp. 3,272,466,127.85, and IRR of 16%.
机译:Asimiro River位于北哈尔马拉皇帝洛达区的Loloda区。当下雨时,河流溢出的河流溢出,以淹没在阿西米罗河区的定居点。如果它与海潮上升恰逢时,发生的洪水甚至更大。发生的淹没的高度和长度也根据潮汐和地形条件而变化。本研究旨在了解Asimiro河的现有状况如何。此外,进行了观察,以便使用HEC-RAS应用程序淹没并分析河流的哪一侧。使用计划使用10年返回流量为90.534 m〜3 / sec,获得2.25米的10年回报流量来处理洪水本身的努力。使用Fellenius方法进行稳定性计算的分析,斜率为1:2,并获得1.897的斜率因子,满足1.250的安全标准。基于经济分析,最佳的路堤的利率为9.75%,BCR值为1.17,RP的NPV。 3,272,466,127.85,而且为16%。

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