Flash floods simulation in a small drainage basin using HEC-RAS hydraulic model

C. Buta, G. Mihai, M. Stănescu
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引用次数: 4

Abstract

Abstract In recent years, climate conditions has caused extreme hydrological phenomena like flash floods that lead to significant material losses and impact on the environment in Dobrogea Region, Romania. In this context the needs for an integrated and sustainable approach to flash flood risk management even in small drainage basins are necessary, in order to reduce the the potential damages of flash floods in the future. In this study the hydraulic models Hec-Ras and HecGeo-Ras were used in order to simulate the behaviour of the environment at the pressure of the flashfloods in a small drainage basin. The results were validated using the measurements undertaken after the flash-flood event recorded in October, 13th, 2015 as well as the data provided by the Corbu gauging station along time.
基于HEC-RAS水力模型的小流域山洪模拟
近年来,气候条件在罗马尼亚多布罗吉亚地区造成了山洪暴发等极端水文现象,造成了重大的物质损失和环境影响。在这种情况下,即使在小型流域,也有必要采取综合和可持续的办法来管理山洪暴发的风险,以减少未来山洪暴发的潜在损害。在本研究中,为了模拟一个小流域在暴洪压力下的环境行为,使用了水力模型Hec-Ras和HecGeo-Ras。利用2015年10月13日山洪暴发后的测量数据以及Corbu测量站长期提供的数据,对结果进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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