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 Proceedings of the International Conference of
Hydropower 98' In English
Page: 417 pages
Pub. Date: 1999
Paperback
Size: 180x260mm
Price: US$66
The International Conference Hydropower '98 HP'98) was held in Beijing,
China, October 20-24, 1998. The aim of the Conference is to provide an
opportunity for the scientists and engineers working in different fields
of medium sized hydropower stations to make contact and to exchange information,
ideas and experiences in planning, designing, construction, operation
and research of hydropower.
This International Conference is jointly sponsored by Chinese Society
for Hydro-Electric Engineering (CSHEE) and State Power Corporation of
China (SP). On behalf of the academic and organizing committees, I would
like to express my sincere welcome and to thanks to the all participants
from various countries and regions of the world. I would also like to
express my sincere thanks to the cosponsored units, International Committee
on Large Dams (ICOLD), International Association for Hydraulic Research
(IAHR), Chinese Hydraulic engineering Society (CHES) and the National
Natural Science Foundation of China for their support and cooperation
as well as HRW-Hydro Magazine, which assure the success of this Conference.
I. Hydropower Development and its Economic and Financial Issues
1 Hydropower Development in China
2 Hazar's Experience on the Hydropower Development in China
3 Hydropower in the Netherlands
4 The Indian Experience of the International Cooperation in Power
Industry Hydropower System in Egypt
5 Successful Middle-Scale Development of the Slovak-Hungarian Section
of the Danube
6 Basin Planning of the Medium-sized Hydropower Station and
Exploitation in Cascade
7 The Development of Middle-Scale Hydropower Stations in Sichuan
Province of China
8 The Shipao Hydropower Project in Taiwan
9 Economic Evaluation of Medium-sized Hydropower Stations
10 A Study on the Environmental Enhancement through the Effective
11 Utilization of Hydroelectric Power in China-Prospective
Countermeasure and Cooperation Expected to Foreign Partners
12 Environmental Expense - An Unquantitative Measure in Dam
Construction for Hydropower Purpose
13 The Applied Study of Efficient Management Mode of Diagnosis and
Maintenance on
14 Operating Unit Equipment for Hydroelectric Generator Set
15 The Construction and Quality Management in Baishuiyu Hydropower
Station
16 Introduction of the Xiaozhexi Hydropower Project
17 Bulb Type Generators - An Economic Solution for Low Head Hydro
Applications
18 Technical Development of Bulb Turbine Units and Design
Optimization of Power Plant
19 Probability analysis Method in Economic Evaluation of Hydropower
II. Scientific and Technical Issues of Middle Scale Hydropower
1. N-Person Game Model and its Application for Water Resources
Development and Utilization
2. Application of fuzzy Evaluation and AHP Method in Hydropower
Engineering Planning
3. Project Layout and Optimum Design of Medium-sized Hydroelectric
Power Stations on the Upper Yellow River
4. Summary on Optimizing Design of the Lianhua Hydropower station
5. The Analysis and Design of Structure of Power House of Hydropower
Station
6. Modeling for the Loosening Zones in the Surrounding Rock Mass
of the Underground Powerhouse
7. Model Test on Girderless Trifurcation of Steel Lining Reinforced
Concrete
8. Structural Research on High-Pressure Welted Bifurcation Composed
of Inner Steel Lining and Outer reinforced Concrete
9. Stability Analysis for Wedge Concrete Protection Slab Subjected
Three-dimensional Forces on Overflow Cofferdam
10. The Effects of some Indefinite Factors in the Rigid Limit
Equilibrium Method
11. Study on Blasting Technology for Protective Layer of Structures of
the Three Gorges Project
12. Arch Bridge for Crossing Choshui River to Divert Flow into
Sun-moon Lake for Power Generation
13. Numerical Study on the Underground Pump Stations of the Wanjiazhai
Diversion Project
14. Treatment of Methane Gas Emission at Headrace Tunnel of Shihlin
Hydropower Project
15. The Automation, Remote-control and Centralization of the
Hydropower Plants of Taiwan Power Company
16. The Improvement in the Construction Science and Technique in the
Daxia Hydropower Station in the Yellow River
17. Prototype Observation on the Artificial Aeration System of the
Lower Emptying Tunnel of the Dongjiang Hydroelectric Station
18. Vortices at Hydroelectric Intakes
19. High Water Pressure Test in the Borehole and its Application in
Hydroelectric Project
20. Hydro fracture Stress Measure and its Function and Significance in
Hydropower Projects
III. Planning, Design, Construction and Operation of Pumped-Storage
Power Plant
1.The Design and Rerecognixing of the Panjiakou
Combined Storage Hydropower Plant
2.Design of Baoquan Pumped Storage Power Station
3.Tongbai Pumped Storage Plant in Preparation
4.A Condition Monitoring, Analysis and Diagnosis System for a 300MW
Pumped Storage Hydro-Turbine
5.Surrounding Rock Stability Analysis of the Underground Power House of
Tai' an Pumped Storage Power Station
IV. Technical Rehabilitation and Renovation of Hydropower Plants
1.Brief Introduction of Hydropower Rehabilitation in China
2.Rehabilitation - Quick and Unconventional Solutions are Needed
3.Study on the Improvement of the No.1 Unit of Sanmenxia Hydropower
Station
4.State of Are Cleaning Technique at Hydropower station
5.Introduction of shuanggou Pump Storage Groups in songjiang Cascade Hydroelectric
Station
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