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水闸大孔口淹没堰流泄流能力的探讨
引用本文:王学功,左敦厚,冯曙光,龚维智,江永强.水闸大孔口淹没堰流泄流能力的探讨[J].水利水电技术,1999,30(3):29-32.
作者姓名:王学功  左敦厚  冯曙光  龚维智  江永强
作者单位:1. 安徽省,水利部淮委,水利科学研究院,蚌埠市,233000
2. 安徽省水利水电勘测设计院,蚌埠市,233000
摘    要:根据牛顿阻力公式和能量方程,初步研究了胸墙流速系数和大孔口淹没堰流流量的计算方法,所得结果得到水槽模型试验资料的检验,并与按孔流方法计算的结果做了比较,获得一些有益的认识.

关 键 词:胸墙阻力系数  胸墙流速系数  大孔口  流量公式  淹没堰流

Research of Flow Capacity of Sluice Submerged Larged-opening
Wang Xuegong,Zhuo Dunhou,Feng Shuguang,Gong Weizhi,Jiang Yongqiang.Research of Flow Capacity of Sluice Submerged Larged-opening[J].Water Resources and Hydropower Engineering,1999,30(3):29-32.
Authors:Wang Xuegong  Zhuo Dunhou  Feng Shuguang  Gong Weizhi  Jiang Yongqiang
Abstract:On the basis of Newton's resistance drag formula and energy equation, the velocity coeficient of parapet wall and calculating method of discharge of large gate opening with submerged weir flow condition are primarily investigated here. The results were verified by the experiments data of three flume models and contrasted with the results of calculation of orifice flow method l and certain useful knowledge was acquired.
Keywords:velocity coefficient of parapet wall  drag coefficient of parapet wall  large-opening  discharge formula  submerged weir flow
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