Proceedings of the 29th IAHR World Congress (Beijing, 2001)

IAHR Document Library

Proceedings of the 29th IAHR World Congress (Beijing, 2001)

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ISBN: 7-302-04676-X
Publisher: Tsinghua University Press
Editor(s): Guifen Li
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The XXIX IAHR Congress was held at the Beijing International Convention Center (BICC) in Beijing, September 16-21, 2001. The central theme of the Congress is: 21st Century: The New Era for Hydraulic Research and Its Applications

The central theme was broken down into the following subthemes:

A. Development Planning and Management of Surface and Ground Water Resources
B. Environmental Hydraulics and Ecohydraulics
C. Forecasting and Mitigation of Water-Related Disasters
D. Hydraulics of Rivers, Water Works and Machinery
E. Hydraulics for Maritime Engineering

More than 600 papers were presented in 93 sessions during the five days of the Congress. At the Congress two general reports, four keynote lectures and a number of invited lectures were given by leading scientists.

ID	Title	Authors	Year
23633	Three-Dimensional Flow-Salinity-Sediment Simulations of the Pearl River Estuary	Li Mengguo; Cai Dongming; Xu Hongming	2001
23634	Topographically Induced Upwelling of the Kuroshio and Its Effect, Northeast Japan	Chan-Su Yang; Hitoshi Tanaka; Masaki Sawamoto; Kimio Hanawa	2001
23635	Transverse Mixing Coefficients of Density Currentin Compound Channel	Hirokazu Fujiwara; Masaki Sawamoto	2001
23636	Unification of Stability Formulae for Revetments	Krystian W. Pilarczyk	2001
23637	Wave Interaction with a Semi-Infinite Horizontal Membrane	T. Sahoo; T. L. Yip; Allen T. Chwang	2001
23638	Wave Reflection and Transmission over a Submerged Horizontal Plate and Through a Vertical Porous Wal	H. M. Hu	2001
23639	Wave-Induced Vortices Around a Submerged Breakwater by Fldv and PIV	Chih-Yung Shin	2001
23640	A 3-Dimensional Numerical Model of Haizhou Bay[1]	Gong Zheng	2001
23641	A Combined Model of Wave Refraction with Diffraction in Harbor Based on the Principle of Reversibility of Ray Path	Wu Weideng	2001
23642	A Method to Calculate the Velocity Profiles of Self-Aerated Flows[1]	Deng Jun	2001