建筑行业沉降对排水系统水流条件传递的影响

Gilang Yudha Akbar, Farida Hardaningrum
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引用次数: 0

摘要

工业发展的鞋村Kepuhkemiri-Modong街道Sidoarjo regency加固需要改变现有排水渠道的流动模式,受建设影响。制鞋工业有宽敞的面积±48.700 m2,因此规划必要的可测量的排水系统,以移动现有的受施工影响的水流形态。计算了新三级渠道、产业区渠道、鞋业区流动格局的容量分析。数据雨量观测站包括Durungbedug、KETIMANG、Sidoarjo和Sumput 4个观测站,使用降雨观测期为10年。水道内的新第三产业及工业区整体流量经管道输送至达斯的“水塘水道”北侧。本设计的设计雨量分析采用Log-Pearson III法。5年规划时的径流量为121,369 m3 / s,河道承载能力为2070m3,而经计算的河道规划承载能力为2736,34 m3
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect On Transfer Of Drainage System Flow Conditions Due To Construction Industry Settlement Of Shoes
Industrial development in the village shoe Kepuhkemiri-Modong subdistrict of Sidoarjo regency Reinforcement require changing the flow pattern of the existing drainage channels affected by the construction. The shoe industry has a spacious area ±48.700 m2, so that the necessary planning measurable drainage system in order to move the existing flow patterns affected by construction. To calculate capacity analysis of new tertiary channel, channels in the industrial area, and the flow pattern in the area of ​​the shoe industry. Data rainfall station includes four observation stations are Durungbedug, KETIMANG, Sidoarjo and Sumput and use rain observation period of 10 years. Channel overall flow of new tertiary and industrial areas in the channels piped to DAS 'Waterstand Channel' north side. Analysis of the design rainfall in this deign using the method of Log-Pearson III. The result of the rain discharge when the 5-year plan amounted to 121,369 m3 / sec, the channel carrying capacity of  2070m3, while the capacities of the channel plan with the calculations 2736,34 m3
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