Alianti Alianti, A. S. Sukri, Catrin Sudardjat, Vickky Anggara Ilham
{"title":"Analisis Normalisasi Sungai Baubau","authors":"Alianti Alianti, A. S. Sukri, Catrin Sudardjat, Vickky Anggara Ilham","doi":"10.54297/sciej.v2i2.194","DOIUrl":null,"url":null,"abstract":"River normalization and cliff strengthening are efforts to controlflooding that occurs in rivers such as the Baubau River. In 2012, therewere floods in 20 spots due to the overflowing of the Baubau Riverso that a flood prevention plan is needed.This study aims to determine the method of flood management inthe Baubau River, with variable of cross-sectional areas (1) rivertopographical data, (2) land use and soil bearing capacity (1) soilshear force, (2) rolling force and the river length studied is about 1.3Km.The results of the analysis show that the flood discharge of BaubauRiver is (1) 10.69m3/s, 2 year return period, (2) 15,39 m3/s 5 yearreturn period, (3) 18,50 m3/s 10 year return period (4) 22,43 m3/sfor 25 years, (5) 25,35 m3/s for 50 years, (6) 28,25 m3/s for 100years, so the handling method used in the Baubau River is tonormalize the river with a trapezoidal model (b = 3,69 m, B = 10,40m, h = 3,20 m, H = 4,46 m, and W = 1,26 m for the 25 year returnperiod) and the strengthening of cliffs on the right and left of thetalud model ( h = 5.7 m, bottom width 3.5 m, and top width 0.5 m).","PeriodicalId":275633,"journal":{"name":"Sultra Civil Engineering Journal","volume":"80 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2021-12-09","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Sultra Civil Engineering Journal","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.54297/sciej.v2i2.194","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
River normalization and cliff strengthening are efforts to controlflooding that occurs in rivers such as the Baubau River. In 2012, therewere floods in 20 spots due to the overflowing of the Baubau Riverso that a flood prevention plan is needed.This study aims to determine the method of flood management inthe Baubau River, with variable of cross-sectional areas (1) rivertopographical data, (2) land use and soil bearing capacity (1) soilshear force, (2) rolling force and the river length studied is about 1.3Km.The results of the analysis show that the flood discharge of BaubauRiver is (1) 10.69m3/s, 2 year return period, (2) 15,39 m3/s 5 yearreturn period, (3) 18,50 m3/s 10 year return period (4) 22,43 m3/sfor 25 years, (5) 25,35 m3/s for 50 years, (6) 28,25 m3/s for 100years, so the handling method used in the Baubau River is tonormalize the river with a trapezoidal model (b = 3,69 m, B = 10,40m, h = 3,20 m, H = 4,46 m, and W = 1,26 m for the 25 year returnperiod) and the strengthening of cliffs on the right and left of thetalud model ( h = 5.7 m, bottom width 3.5 m, and top width 0.5 m).
河流正常化和悬崖加固是为了控制包包河等河流发生的洪水而采取的措施。2012年,由于包包江泛滥,在20个地方发生了洪水,因此需要制定防洪计划。本研究以横断面面积(1)河流地形资料,(2)土地利用和土壤承载能力(1)土壤剪切力,(2)滚动力为变量,确定Baubau河的洪水治理方法,研究的河流长度约为1.3Km。分析结果表明,包包河的洪流量为(1)10.69m3/s, 2年重现期,(2)15、39 m3/s, 5年重现期,(3)18、50 m3/s,(4) 25年重现期22,43 m3/s,(5) 50年重现期25,35 m3/s,(6) 100年重现期28,25 m3/s,因此包包河的处理方法是用一个阶梯式模型(b = 3,69 m, b = 10,40m, h = 3,20 m, h = 4,46 m, b = 10,40m, h = 3,20 m, h = 4,46 m)对河流进行规范化处理。和W = 1.26 m(25年回归期),以及对模型左右两侧悬崖的加固(h = 5.7 m,底部宽度3.5 m,顶部宽度0.5 m)。