Simulation of the rise in pore water pressure due to embankment load during the construction phase of the levee

T. C. Upomo, Dian Eka Aryanti, R. Kusumawardani
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Abstract

Inflow in Jatiluhur Reservoir located on the Citarum River is influenced by outflow from Cirata Reservoir and Saguling Reservoir which are above it. These three reservoirs are incorporated in the Citarum Cascade System Reservoir. This inflow analysis is related to the availability of water in the Jatiluhur Reservoir, which is a multi-purpose reservoir, which then becomes the mainstay of the water supply as a hydropower operation pattern. Runoff rain modeling using HEC-HMS software using data on rainfall, temperature, land cover, soil type and topography. Parameters generated from observation and modeling are coefficient of determination (R2), Nash-Stuclift (NSE), and Percent Bias (PBIAS). The results of the case study show that the parameters of the observed local inflow (R2: 0.693; NSE: 0.525; PBIAS: 9.88%) with data sources from the Jatiluhur Reservoir manager are better than the local inflow analysis results (R2: 0.533; NSE: - 0.457; PBIAS: 48.88%) with data sources from water level (TMA). Meanwhile, the total inflow of observations (R2: 0.982; NSE: 0.973; PBIAS: 1.14%) with data sources from the Jatiluhur Reservoir manager is better than the total inflow analysis results (R2: 0.932; NSE: 0.889; PBIAS: 9.43 %) with the data source from the water level (TMA).
堤防施工阶段路堤荷载引起的孔隙水压力上升的模拟
位于锡塔鲁姆河上的贾提鲁尔水库的入库受其上锡塔塔水库和萨古林水库出库的影响。这三个油藏被合并到Citarum级联系统油藏中。这一入流分析与贾提鲁湖水库的水量有关,贾提鲁湖水库是一个多用途水库,作为水电运行模式成为供水的支柱。利用HEC-HMS软件对降雨、温度、土地覆盖、土壤类型和地形数据进行径流降雨建模。观测和建模产生的参数为决定系数(R2)、Nash-Stuclift (NSE)和百分比偏差(PBIAS)。实例研究结果表明:观测到的局部入流参数(R2: 0.693;分析了无:0.525;Jatiluhur水库管理者数据来源的PBIAS: 9.88%)优于当地入流分析结果(R2: 0.533;Nse: - 0.457;PBIAS: 48.88%),数据来源为水位(TMA)。与此同时,观测总流入量(R2: 0.982;分析了无:0.973;PBIAS: 1.14%)数据来源为贾迪鲁胡尔水库管理者的分析结果优于总流入分析结果(R2: 0.932;分析了无:0.889;PBIAS: 9.43%),数据源来自水位(TMA)。
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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