克拉拉河洪水预警系统中洪水传播的数值模拟

IF 1.2 Q4 WATER RESOURCES
F. Maricar, R. Karamma, M. R. Mustamin, M. F. Maricar
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引用次数: 0

摘要

克拉拉河过去10年的洪水历史数据显示,这条河经常泛滥,最严重的洪水发生在2019年1月22日。将洪水灾害的负面影响降到最低的努力之一是进行洪水跟踪。洪水跟踪是对河流沿线洪水的分析,也称为洪水传播,可以作为编制洪水预警系统的参考。本研究旨在确定克拉拉河洪水的传播,可用于确定洪水易发区域,并作为准备洪水预警系统的参考。本研究分3个阶段进行,即利用HEC-HMS程序进行洪水水文分析,利用HEC-RAS程序进行二维洪水数值模拟,利用ArcGIS程序对洪水易发区域进行空间建模,并建立洪水预警系统。研究结果表明,2019年1月22日发生的洪水为百年一遇的洪水,并确定了10个居民区/村庄在降雨强度较大时必须预警,最快预警时间为52分钟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Numerical Simulation of Flood Propagation in the Kelara River Flood Early Warning System
Flood historical data from the Kelara River in the last 10 years shows that the river has often overflowed, and the worst floods happened on January 22, 2019. One of the efforts to minimize the negative impact of a flood disaster is to conduct flood tracking. Flood tracking is an analysis of the flood along the river, or also known as flood propagation, which can be used as a reference in the preparation of a flood early warning system. This study aims to determine the propagation of the Kelara River flood which can be used to determine flood-prone areas and as a reference in the preparation of a flood early warning system. This research was carried out in 3 stages, namely flood hydrology analysis using the HEC-HMS program, numerical simulation of 2D floods using the HEC-RAS program, spatial modeling of flood-prone areas using the ArcGIS program, and preparation of a flood early warning system. The results of this study showed that the flood that occurred on January 22, 2019, was a 100-year return period flood, and determined that 10 points of residential areas/villages must be alerted when the intensity of rain is high, with the fastest time to be alerted being 52 minutes.
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来源期刊
CiteScore
1.30
自引率
0.00%
发文量
8
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