Dodi Dodi, Masril Masril, Ana Susanti Yusman
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摘要

Banda Musajik位于西苏门答腊省Agam Regency的Jorong Alahan Anggang, Nagari Tigo Koto Silungkang,是D.I Gumarang的灌溉网络之一,由UPTD Balai SDA和BK北苏门答腊省管辖。服务面积30公顷,水源来自巴塘阿拉汉港。堰规划依据设计汛期为100年的洪流量。排放计划使用了10年的降雨数据。影响Alahan Anggang流域的雨量站是Gumarang站和Kampuang IV站。该地区的平均降雨量采用泰森多边形法,计划降雨量采用对数正态法,频率分析检验采用卡方检验。最大洪流量(Q100) 13.54 m3/s。坝体有效宽度为11.42 m,一扇平门宽0.80 m,一根柱厚0.50 m。灯塔的形状为圆形,半径0.80米,高度1.52米。消水池规划为Vlugter型,堰高、池底长、堰半径3.74 m。从堰到上游的防洪堤长度为19 m,距洪水水位0.50 m。的分析力的身体堰,垂直力(ΣRV)的数量是5916吨,水平力(ΣRH)的数量是8397吨,数量的时刻(ΣMT)是352678 T.m,推翻的时刻(Σ毫克)的数量是344,87年T.m.堰身体的稳定性对推翻1.31 - 1.3,1.42 - 1.3对剪切、离心率(e) 5.05 78.74最大应力1.90 - 78.74,-0.36 - 78.7最低压力,身体堰的设计对剪切是安全的,倾覆,以及地面的承载能力。关键词:水文分析,堰水力设计,堰稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PERENCANAAN BENDUNG TETAP UNTUK JARINGAN IRIGASI BANDA MUSAJIK D.I GUMARANG KECAMATAN PELEMBAYAN KABUPATEN AGAM
Banda Musajik, which is located in Jorong Alahan Anggang, Nagari Tigo Koto Silungkang, Agam Regency, West Sumatra Province, is one of the irrigation networks in D.I Gumarang, under the authority of the UPTD Balai SDA and BK North Sumatra Province. The service area is 30 ha, the water source comes from Batang alahan anggang. Weir planning is based on the design flood discharge with a return period of 100 years. The discharge plan uses 10 years of rainfall data. Rainfall stations that affect the Alahan Anggang watershed are Gumarang Station and Kampuang IV Station. The area's average rainfall was determined by the Thiessen Polygon method, the planned rain by the log normal method and the frequency analysis test using the chi square test. Maximum flood discharge (Q100) 13.54 m3/s. The effective width of the dam is 11.42 m, one flush door is 0.80 m wide, one pillar is 0.50 m thick. The type of lighthouse is round with a radius of 0.80 m and a height of 1.52 m. The stilling pool is planned for the Vlugter type with the height of the weir, the length of the pool floor and the radius of the weir of 3.74 m. The length of the flood embankment from the weir to the upstream is 19 m with a height of 0.50 m from the flood water level. From the analysis of the forces acting on the body of the weir, the number of vertical forces (ΣRV) is 5,916 T, the number of horizontal forces (ΣRH) is 8,397 T, the number of holding moments (ΣMT) is 352,678 T.m, the number of overturning moments (ΣMG) is 344,87 T.m. stability of the weir body against overturning 1.31 1.3 , against shear 1.42 1.3, Eccentricity ( e ) 5.05 78.74 Maximum stress 1.90 78.74, minimum stress -0.36 78.7, the design of the weir body is safe against shearing, overturning, and the bearing capacity of the ground.Key words : Hydrological analysis, Hydraulic design of weir, Weir stability.
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