水力发电Issue(2)：16-20,5.
天山北坡中小流域设计暴雨洪水及自动化计算
Automatic Computing of Design Storm and Flood in North Slopes of Tianshan Mountains
摘要
Abstract
The design storm and flood calculation for East region of Manasi River in North Slopes of Tianshan Mountains mainly depends on Pondage Empirical Unit Hydrograph Method, which comes from Atlas of Design Storm and Flood for Medium and Small Basins. The process of design storm and flood derives from the calculation of design rainstorm, the tentative calculation of runoff duration time, the estimation of net rainfall process and concentration calculation by using Pondage Empirical Unit Hydrograph. The calculation process is quite complex and subjective, and the calculation results lack of uniqueness. In order to solve these problems and to calculate design flood more efficiently, the automatic flood computing is implied by compiling program in Visual Basic, which reduces workloads of computing and thus improves the speed and accuracy of design flood calculation.关键词
自动化计算/设计暴雨洪水/调蓄经验单位线法/天山北坡/玛纳斯河Key words
automatic computing/design rainstorm and flood/Pondage Empirical Unit Hydrograph Method/North Slopes of Tianshan Mountains/Manasi River分类
建筑与水利引用本文复制引用
汪煜坤,王春阳,李致家,江雨田..天山北坡中小流域设计暴雨洪水及自动化计算[J].水力发电,2015,(2):16-20,5.基金项目
国家自然科学基金(41130639,51179045,41101017,41201028)；水利部公益项目(201301068) （41130639,51179045,41101017,41201028）
