利用hecc - ras应用程序确定雅加达老城区河流水位的洪水减灾

W. Sejati, Dina Paramitha AH, Fathya Khansa, Aryo Setyo Maulana, Dwi Julianingsih
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引用次数: 7

摘要

老城区是位于首都雅加达DKI中心的一个旅游区。Krukut河是经常泛滥的河流之一,这是雅加达洪水泛滥的原因之一。本研究旨在确定克鲁库特河的水位,以便作为处理洪水减灾的参考。本研究采用Nakayasu法和Snyder法计算洪流量,重现期可达100年。同时,利用HEC-RAS 5.0.07软件对河流水位进行建模。本研究的结果,特别是在该TMA之后300米的上游截面上,方案一的结果相当高,距离通道底部3米深。然而,轨道仍然有足够的防护高度约1.5米。即上游地区无过顶/河水不溢出,回复期为10年和25年。然而,由于河道断面较窄,上游地区比中下游地区更容易发生洪水。从模拟结果来看,易发生冲蚀的河道为10段轨道,该沟道在加宽的同时未被混凝土沟道填满,不易发生冲蚀。因此,建议对河流/渠道的墙进行修复,以避免冲刷,特别是在有高/极端流量的情况下。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flood Disaster Mitigation Using the HEC-RAS Application to Determine River Water Levels in the Old City Area of Jakarta
The old city area is a tourist area strategically located in the heart of the capital city of DKI Jakarta. The Krukut river is one of the rivers that often overflow, which is one of the causes of flooding in Jakarta. This study aims to determine the water level of the Krukut river so that it can be used as a reference in handling flood disaster mitigation. This study uses the Nakayasu method and the Snyder method to calculate flood discharge, with a return period of up to 100 years. Meanwhile, for modeling the river water level using the HEC-RAS 5.0.07 application. The results of this study, specifically on the upstream cross-section until 300 meters after that TMA, are pretty high with plan one, which is 3 m deep from the bottom of the channel. However, the track still has a sufficient guard height of about 1.5 m. In other words, no overtopping/ river water does not overflow in the upstream area with a return period of 10 years and 25 years. However, due to the narrower channel section, the upstream region is more prone to flooding than the middle downstream area. From the modeling results, the channel prone to erosion is the section 10 track which is widening at the same time that the channel is not filled with the CONCRETE channel, so it is effortless to erode. For this reason, it is recommended to repair the walls of the river/channel to avoid scouring, especially if there is a high/extreme discharge.
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