Comparative study on non-stationary flood frequency analysis in different backgrounds of changing environment
YE Changqing;CHEN Xiaohong;ZHANG Jiaming;ZHANG Lijuan;ZHU Aiping;College of Environment and Plant Protection;Hainan University;Department of Water Resources and Environment;Sun Yat-sen University;Key Laboratory of Water Cycle and Water Security in Southern China of Guangdong High Education Institute;Sun Yat-sen University;

..............page:1-9+18

Application of higher probability weighted moments of P-Ⅲ distribution to flood frequency analysis
LI Yang;SONG Songbai;College of Water Resources and Architectural Engineering;Northwest A&F University;Shanxi Institute of Water Resources and Hydropower Research;

..............page:10-18

Application of permutation entropy to runoff mutation analysis
LI Wuqin;WANG Yimin;SUN Dongyong;HUANG Qiang;Key Lab of Northwest Water Resources and Environment Ecology of MOEXi’an University of Technology;Chang’an University;

..............page:19-22

Water stage at Chenglingji before and after the Three Gorges project
CONG Zhentao;XIAO Peng;ZHANG Danwu;LI Xichun;ZHENG Yin;Department of Hydraulic Engineering;Tsinghua University;Hunan Design and Research Institute for Water Resources and Hydropower;

..............page:23-28

Radar-based quantitative precipitation estimate in the Three Gorges region of Yangtze River
LI Zhe;YANG Dawen;HONG Yang;QI Youcun;CAO Qing;Tsinghua University;Department of Hydraulic Engineering;State Key Laboratory of Hydro-science and Engineering;Hydrometeorology and Remote Sensing Lab and Department of Civil Engineering and Environmental Science;University of Oklahoma;Norman;OK;USA;73072;Advanced Radar Research Center;National Weather Center 4160 Suite;Norman;OK;USA;73072;College of Atmospheric Sciences;Nanjing University of Information Science & Technology;NOAA/ National Severe Storms Laboratory;Norman;OK;USA;73072;

..............page:29-35+54

Application of conceptual eco-hydrologic model to distinguish effects of climate change and land use change on runoff
GUO Jing;SU Xiaoling;Northwest A&F University;College of Water Resources and Architectural Engineering;

..............page:36-41+117

Joint operation of multi-reservoir system in the Huntai basin
WANG Qiang;ZHOU Huicheng;LIANG Guohua;YANG Wanzhi;XU Haijun;Institute of Water Resources and Flood Control;Dalian University of Technology;Water Supply Bureau of Liaoning Province;

..............page:42-54

Optimal operation for multiple targets and analysis on comprehensive benefits of the Three Gorges Complex
ZHOU Man;XU Tao;China Three Gorges Corporation;China Yangtze Power Co.;Ltd.;

..............page:55-60

Study on monthly decomposition model of contract electric energy for cascade hydropower stations based on risk appetite
YUAN Wenlin;QU Xiaoning;FANG Hongbin;HUANG He;School of Water Conservancy and Environment Engineering of Zhengzhou University;

..............page:61-67

Compensation operation mechanism of hydropower plant and windpower plant
CHANG Jianxia;WANG Yimin;HUANG Qiang;SUN Xiaoyi;Key Lab of Northwest Water Resources and Environment Ecology of MOE at XAUT;

..............page:68-73+80

Application of DEA to regional floodwater utilization competitiveness evaluation
FANG Hongyuan;ZENG Chengjin;CHENG Yi;WANG Yintang;Yangzhou University;Nanjing Hydraulic Research Institute;

..............page:74-80

Study on evaluation of water resources sustainable utilization in county level, a case study of Ansai county
XU Weihong;YU Fuliang;ZHANG Shuanghu;JIANG Yunzhong;GE Dexiang;China Institute of Water Resources and Hydropower Research;Appraisal Center for Environment and Engineering;

..............page:81-87+97

Impact of climate change on water resources and hydrologic cycle in middle Shule river basin
HUANG Pengfei;WANG Zhongjing;State Key Laboratory of Hydroscience and Engineering;Department of Hydraulic Engineering;Tsinghua University;

..............page:88-97

Application of SWAT model and realization of hydrological adjusting function of forests on different slopes
WEI Chong;HU Caihong;CHEN Jie;SONG Xuan;School of Environment and Water conservancy;Zhengzhou University;Institute of Natural Resource and Eco-Environment;Zhengzhou University;

..............page:98-105+111

Analysis of eco-hydrological alteration of upper Yangtze mainstream sections in the nature reserves for rare and endemic fishes
ZHAO Li;PENG Qidong;LI Chong;CHEN Quchang;China Institute of Water Resources and Hydropower Research;China Three Gorges Corporation;

..............page:106-111

The influence of the channel-storage increment in Ningxia-Inner Mongolia reaches of the Yellow River
GUO Zhihui;CHANG Jianxia;HUANG Qiang;CUI Shen;Key Lab of Northwest Water Resources and Environment Ecology of;MOE Xi’an University of Technology;

..............page:112-117

Study on cascade energy storage dispatching figure based on discriminant criterion method and progressive optimality algorithm
JI Changming;JIANG Zhiqiang;SUN Ping;ZAHO Bikui;Zhou Ting;Renewable Energy College of North China Electric Power University;Water Resources and Hydropower Institute in Guangdong Province;

..............page:118-125

Development mechanism of gravel-cobble bars
LI Zhiwei;WANG Zhaoyin;YU Guoan;State Key Laboratory of Hydroscience and Engineering;Tsinghua University;Institute of Geographic Sciences and Natural Resources Research;Chinese Academy of Science;

..............page:126-132+149

River cross-section extraction from DEM for one-dimensional hydrodynamic modeling
YU Qian;CHEN Yongcan;ZHU Dejun;LIU Zhaowei;State Key Laboratory of Hydroscience and Engineering;Tsinghua University;

..............page:133-137+157

Experimental study on characteristics of hydrodynamic load in stilling basin with drop sill
LI Shuning;YANG Min;DONG Tiansong;LI Huiping;State Key Laboratory of Hydraulic Engineering Simulation and Safety;Tianjin University;Shandong Agricultural University;

..............page:138-142

Fully three-dimensional non-hydrostatic pressure numerical model for free surface flows I. Numerical scheme
LU Biao;WANG Zhiping;LI Guosen;LI Shaoxi;Key Laboratory of Engineering Sediment;Ministry of Transport;Tianjin Research Institute for Water Transport Engineering;Zhoushan Port Company Limited;

..............page:143-149

Fully three-dimensional non-hydrostatic pressure numerical model for free surface flows II. Verification
LU Biao;BAI Yuchuan;LI Guosen;LI Shaoxi;Institute of Sediment on River and Coast Engineering;Tianjin University;Key Laboratory of Engineering Sediment;Ministry of Transport;Tianjin Research Institute for Water Transport Engineering;

..............page:150-157

Secondary development of water surface heat flux formula based on EFDC code
ZHANG Shaoxiong;XIONG Jibin;School of Civil Engineering;Shijiazhuang Tiedao University;Dezhou Water Resources Bureau;

..............page:158-164+188

Study on influences of changes in runoff and sediment load on coastline of Yangtze estuary
LI Xiyao;LI Mengchu;China University of Geosciences Institute of Information Engineering;China Institute of Geotechnical Investigation and Surveying Co. Ltd.;

..............page:165-170

Study on critical stable sectional area of surge chamber considering penstock fluid inertia and governor characteristics
GUO Wencheng;YANG Jiandong;CHEN Yiming;SHAN Xinjian;State Key Laboratory of Water Resources and Hydropower Engineering Science;Wuhan University;

..............page:171-178

Simulation of spurdike water destruction with 3D non-hydrostatic numerical model
ZHANG Mingjin;BAI Yuchuan;ZHANG Huaqing;JIN Sheng;State Key Laboratory of Hydraulic Engineering Simulation and Safety;Tianjin University;Tianjin Research Institute for Water Transport Engineering;Dalian University of Technology;

..............page:179-188

Optimization calculation and experimental study on conjugate depths via bottom-deflecting arc
CHENG Fei;YANG Zhaohui;LIU Shanjun;Changzhi Water Resources Management Committee Office;Water Resources Department of Guizhou Province;State Key Lab. of Hydraulics and Mountain River Eng.;

..............page:189-194

Prediction of re-aeration capability of flows over stepped spillways and hydraulic drop structures
ZHOU Xinmin;ZENG Yingxue;CHENG Xiangju;Bureau of Water Resources of Guangzhou;School of Civil Engineering and Transportation;South China University of Technology;

..............page:195-202

Study of impacts on aerated cavity length and negative pressure by Y-shape flaring gate pier combined with stepped spillway in energy dissipator
HOU Xiaoxia;YANG Jurui;ZHEN Jianshu;Kunming University of Science and Technology;Modern Agricultural Engineering College;The Construction of A Group the Second Construction Limited Company;

..............page:203-209+215

Study on earthquake ground motion inputs for Shapai arch dam based on Wenchuan and Lushan earthquakes
ZHANG Cuiran;YU Yanxiang;CHEN Houqun;Lü Hongshan;LI Min;Institute of Geophysics;China Earthquake Administration;China Institute of Water Resources and Hydropower Research;

..............page:210-215

FE sub-model method for seismic response analysis of orifice region in arch dams
SONG Liangfeng;WU Mingxin;WANG Jinting;XU Yanjie;State Key Laboratory of Hydroscience and Engineering;Tsinghua University;

..............page:216-222+238

Analysis on slope surface residual strain of Zipingpu concrete faced rock-fill dam after earthquake
LIU Zhenping;CHI Shichun;WANG Feng;Faculty of Infrastructure Engineering;Dalian University of technology;College of Civil and Architecture Engineering;Heilongjiang Institute of Technology;

..............page:223-230

Reasons analysis of a particular surface crack in super-high arch dam during construction
FENG Fan;ZHANG Guoxin;GUAN Junfeng;ZHOU Shaowu;China Institute of Water Resources and Hydropower Research;State Key Laboratory of Simulation and Regulation of Water Cycle in River Basin;Center of Construction Management;Quality & Safety Supervision;MWR;P.R.C.;Sch. of Civil Engineering and Communication;North China University.of Water Conservancy and Hydropower;China Three Gorges Corporation;

..............page:231-238

Study on influencing factors of construction progress of high rock-fill dam based on real-time monitoring
ZHONG Denghua;CHANG Jun;REN Bingyu;LIU Ning;State Key Laboratory of Hydraulic Engineering Simulation and Safety;Tianjin University;

..............page:239-245+252

Optimal sensor placement for hydraulic structures based on Moran′s index I
HE Longjun;LIAN Jijian;MA Bin;State Key Laboratory of Hydraulic Engineering Simulation and Safety;Tianjin University;Institute of Waterborne Science Research;Ministry of Transportation;

..............page:246-252

Research on weight method for hydraulic metal structure health diagnosis based on information gain
YANG Guangming;YANG Kun;HUANG Yong;JING Pande;College of Energy and Electrical Engineering;Hohai University;Research Center for Renewable Energy Generation Engineering;Ministry of Education;Dayu College;Hohai University;

..............page:253-257+273

Study on stability of surrounding rock masses and support measures in large tailrace tunnel under complex conditions
NI Shaohu;Lü Kang;YANG Fei;CHEN Yimin;LIU Ning;Huadong Institute of Exploration;Design and Research;Power Construction Corporation of China;

..............page:258-266

Stress analysis of tubular turbine based on fluid-structure coupling
ZHANG Fuxing;ZHENG Yuan;WEI Jiafang;DING Ling;YANG Chunxia;Xiluodu Hydropower Plant;China Yangtze Power Co.Ltd.;College of Water Conservancy and Hydropower Engineering;Hohai University;

..............page:267-273

Effects of blade angle distributions on Francis turbine performance used in cooling tower
RUAN Hui;LIAO Weili;ZHAO Yaping;LUO Xingqi;Institute of Water Resources and Hydro-Electric Engineering;Xi’an University of Technology;

..............page:274-278+285

Study of vibration fault diagnosis for hydro-turbine generating unit based on improved principal component analysis model
WANG Ruilian;ZHAO Wanli;Institute of Electric Power;North China University of Water Resources and Electric Power;

..............page:279-285

Hybrid prediction model for degradation trend of hydropower unit
AN Xueli;PAN Luoping;ZHANG Fei;TANG Yongjun;China Institute of Water Resources and Hydropower Research;

..............page:286-291+310

Study on the improvement of hydrodynamic performance of axial-flow pump at stall condition
ZHANG Rui;CHEN Hongxun;Shanghai Institute of Applied Mathematics & Mechanics;Shanghai University;Shanghai Key Laboratory of Mechanics in Energy Engineering;

..............page:292-298+310

Vibration fault diagnosis of hydropower unit based on multi-fractal spectrum and improved BP neural network
GUO Pengcheng;SUN Longgang;LI Hui;LUO Xingqi;School of Hydropower Engineering;Xi’an University of Technology;

..............page:299-305

Fault diagnosis system of hydropower unit based on imitating medical diagnosis
XU Hongquan;LU Li;PAN Luoping;LIAO Cuilin;China Institute of Water Resources and Hydropower Research;

..............page:306-310

Quality supervision of hydraulic project construction under asymmetric information
WANG Bo;ZHOU Hougui;JIAO Yantao;College of Water Conservancy and Hydropower Engineering;Hohai University;Three Gorges Branch Company;China Gezhouba Group Co.;Ltd.;China Energy Engineering Group Co;

..............page:311-316

Decision-making analysis framework for application of lump-sum contracting to hydropower projects from value-added perspective
WANG Zhuofu;DING Jiyong;WANG Daoguan;ZHU Yucai;Institute of Engineering Management;Hohai University;

..............page:317-323+330

Analysis on annual monetary compensation settlement and its advantages and disadvantages in hydropower resettlement
GUO Wanzhen;XU Jing;Hydrochina Chengdu Engineering Corporation;

..............page:324-330

tou gao xu zhi

..............page:331