1.
Study for High-head, Long Pressure Pipeline Safety Discharge Energy Dissipation;
高水头、长压力管道安全泄流消能研究
2.
The trajectory bucket is improved and optimized for suitable trajectory distance and small scouring.
泄洪洞挑流坎挑流消能时，当泄流量较小时，挑距较短。
3.
Experiment Research and Numerical Simulation on Flow Field of Discharge from Surface-Bottom Outlet on Low Waterhead and Big Flux;
低水头大流量厂坝联合泄洪消能流场的研究
4.
Numerical Simulation and Experiment Study on Flood Discharge and Energy Dissipation of High Dam with Large Discharge
高坝大流量泄洪消能数值模拟及实验研究
5.
Research on the Underset Energy Dissipation of the Release Works in Xianmi Hydropower Station;
仙米水电站泄水建筑物底流消能问题的研究
6.
Research on Barrage Effect for Level Rotary Internal Energy Dissipation Discharge Tunnel;
水平旋流内消能泄洪洞的阻塞效应研究
7.
Numerical Simulation of Level Swirling Flow of Inner Energy Dissipation Discharge Tunnel;
水平旋流内消能泄洪洞水力特性的数值模拟
8.
Study of the High Water Head Drain Building Differential Deflecting Flow Energy Dissipation
高水头泄水建筑物差动式挑流消能研究
9.
Discussion on energy dissipation design for hydropower station at high head and large discharge
大流量高水头水电站泄洪消能设计的探讨
10.
Numerical Simulation of Level Swirling Flow of Inner Energy Dissipation Discharge Tunnel with Shaft Inlet
竖井进流水平旋转内消能泄洪洞的数值模拟
11.
Study on Discharge Capacity and Energy Dissipation Measures of Mid-low Head Sluice-dam Project;
中低水头闸坝枢纽泄流能力及综合消能措施研究
12.
Model Test and Numerical Simulation for Swirling Flow of Inner Dissipator with Shaft Inlet;
竖井进流水平旋转内消能泄洪洞试验研究与数值模拟
13.
Shape Study on Large-discharge Flood-releasing Energy Dissipator for Crest Spillway of Medium and Small-sized Arch Dam
中小型拱坝表孔大流量泄洪消能建筑物体形研究
14.
Structure Optimizing and Project Augmentation for Internal Dissipation Discharge Tunnel with Swirling Flow Reconstructed from Diversion Tunnel of Gongboxia Power Station;
公伯峡水电站导流洞改建为旋流式内消能泄洪洞的体型优化与方案比较研究
15.
The Hydraulic Model Test on Outlet Works and Energy Dissipation for Chardara Hydropower Station;
Chardara水电站泄洪消能模型试验研究
16.
Theoretical expression ot the wall shearing stress has been deduced for the level rotary flow in an internal energy dissipation tunnel.
本文推导了水平旋转内消能泄洪洞空腔环流壁面切应力的理论分析表达式。
17.
Study of General Layout of Linghuaigang Complex and Discharging Capability;
临淮岗枢纽总体布置及泄流能力研究
18.
Study on Discharge Capacity of Water Gate in Tidal Plain Water Network Area
平原感潮河网地区水闸泄流能力探讨