Analisis Sistem Drainase Di Kawasan Permukiman Pada Ruas Jalan Getah Tunggal Kelurahan Cempaka Kota Banjarbaru

F. Fathurrahman, Akhmad Gazali
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Abstract

Floods that occurred in the city of Banjarbaru especially those that occurred in residential areas caused problems for the community as well as challenges for the government to evaluate the drainage channel in the settlement. The existing rainwater drainage channels need to be reviewed and developed so that they can accommodate the water flowing in the area. One of the settlements that had occurred in the city of Banjarbaru was a residential area in Cempaka Subdistrict, Cempaka Village, precisely on Jalan Getah Tunggal. The data needed in this study are rainfall data, land use data, topographic data and existing data on channel conditions at the study site. Rainfall data were analyzed by Log Pearson III, Gumbel and Iwai Kadoya methods, then tested by Chi Square to choose the distribution of statistics received. The rainfall data was analyzed into the intensity of hourly rain using the mononobe method. Rain intensity is analyzed using a rational method to get a plan debit (Qchannel). Furthermore (the plan) is compared with (Qchannel), and (Qexisting). Based on the calculation results obtained (Qplanning) of 0.76 m3/sec, (Qchannel) of 0.78 m3/sec, (Qexisting) of 0.0645 m3/sec, the comparison results are obtained (Qchannel)>(Qplanning), (Qexisting) <(Qplanning). So that it can be concluded that the causes of flooding and inundation are sediments as high as 70 cm which reduce the storage capacity of the initial dimensions of the channel
发生在Banjarbaru市的洪水,特别是发生在居民区的洪水,给社区带来了问题,也给政府评估定居点的排水渠道带来了挑战。现有的雨水排水渠道需要进行审查和开发,以适应该地区的水流。Banjarbaru市的一个定居点是恰在Jalan Getah Tunggal上恰在恰帕卡村恰帕卡街道的一个住宅区。本研究需要的数据包括降雨数据、土地利用数据、地形数据和研究地点现有的河道条件数据。采用Log Pearson III、Gumbel和Iwai Kadoya方法对降雨数据进行分析,然后进行x平方分布检验,选择接收到的统计量的分布。降雨资料采用单值法分析成逐时降雨强度。采用合理的方法对雨强进行了分析,得到了计划借方(Qchannel)。并与(Qchannel)、(Qexisting)进行了比较。根据得到的计算结果(Qplanning)为0.76 m3/sec, (Qchannel)为0.78 m3/sec, (Qexisting)为0.0645 m3/sec,对比得到(Qchannel)>(Qplanning), (Qexisting) <(Qplanning)。因此,洪水泛滥的原因是高达70 cm的沉积物降低了河道初始尺寸的储水量
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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