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Xiaoyong Zhan, Renhai Wu
Numerical modelling for tidal flow in river networks
(1984)
1984a), “A classification of sand waves in alluvial streams
M. Amein (1966)
Streamflow routing on computer by characteristicsWater Resources Research, 2
(1988)
Analysis on water pollutant in Guangzhou network of Zhujiang River (Pearl River)
Luigi D'Alpaos, Xiaoyong Zhan
Numerical simulation for pollutant transport in tidal river networks
Xiaoyong Zhan, Zunqiu Lan, Yiaokan Feng, Fuyi Jian
A water quality model and its application in Xiaotang Reach, Zhujiang River (Pearl River)
R. Sobey (2001)
Evaluation of numerical models of flood and tide propagation in channelsJournal of Hydraulic Engineering, 127
(1984)
The secular variation hydrologic characteristics of Guangzhou tidal reach, Zhujiang River (Pearl River)
Xiaoyong Zhan, Danli Li, Zhenchen Xu, Sianchen Chen
Review of research progress on numerical modelling for river unsteady flow in Taiwan, China
Z. Xiaoyong (1989)
Numerical modelling for tide flow and pollutant transport in Taipong Bay, ChinaInternational Journal for Numerical Methods in Engineering, 27
(2002)
Modeling of flood and tidal flow in river network and its application to the Pearl River
Xiaoyong Zhan
A classification of sand waves in alluvial streams
Youbo Yan, Minhe Lin, Xiaoyong Zhan
Characteristics of water pollution in Guangzhou section of Zhujiang River (Pearl River)
(1981)
A classification of sand waves in alluvial streams”, Thesis for Bachelor of Science in Hydrology, Zhongshan (Sun Yat-sen) University, Guangzhou, China
K. Chau, Yuwu Jiang (2001)
3D NUMERICAL MODEL FOR PEARL RIVER ESTUARYJournal of Hydraulic Engineering, 127
(1986)
Pollutant transport model and its application in Dansu River
(1998)
Simulation model for open-channel flow and transport
Jinsan Wang, Xiaoyong Zhan, Wetao Hon, Cheng Wei
Assessment of water quality in the southeastern part of Zhujiang Estuary (Pearl River)
(1986)
A numerical model for chemical oxygen demand (COD) in Guangzhou Reach, Pearl River
(1992)
Numerical simulation of tidal flow in multi-channel river system
R. Baltzer, C. Lai (1968)
Computer Simulation of Unsteady Flows in WaterwaysJournal of Hydraulic Engineering, 94
Xiaoyong Zhan, Sianchen Chen
Water quality modelling and its application on small stream
(1986)
Analysis on hydrologic characteristics and water quality in Dansu River
(1871)
Theorie du movement non - permanent des eaux avec application aux crues des rivieres et a l ’ introduction des marees dans leur lit ”
Xiaoyong Zhan
The secular variation and geographical distribution of chlorinity of the Zhujiang Estuary (Pearl River)
(1992)
Simulation of free-surface transient flow in waterway network under typhoon weather condition
A mathematical model and numerical method for water flow and solute transport in a tidal river network is presented. The tidal river network is defined as a system of open channels or rivers with junctions and cross sections. As an example, the Pearl River in China is represented by a network of 104 channels, 62 nodes, and a total of 330 cross sections with 11 boundary sections for one of the applications. The simulations are performed with a supercomputer for seven scenarios of water flow and/or solute transport in the Pearl River, China, with different hydrological and weather conditions. Comparisons with available data are shown. The intention of this study is to summarize previous works and to provide a useful tool for water environmental management in a tidal river network, particularly for the Pearl River, China.
Engineering Computations: International Journal for Computer-Aided Engineering and Software – Emerald Publishing
Published: Aug 1, 2003
Keywords: Fluid flow; Water; Mathematical models
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