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Name: Wanshun Zhang |
Telephone: 02787152617 |
E_mail: wszhang@whu.edu.cn |
Department：Department of Environmental Science |
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Supervisors: PhD. Tutor , Master Tutor |
Technical Post: Professor |
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Research direction: hydraulics, river dynamics, environment management, ecological environmental hydraulics, mathematical simulation and water resources allocation, watershed non-point source pollution, river basin water environment evolution, etc |
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Education Background:
Post Doctoral degree in Hydraulic Engineering, The Wuhan University of Hydraulic
and Electrical Engineering, 1999;
PhD. in Hydrodynamic Science, Sichuan University, 1996;
Master degree in Environment Engineering, The Lanzhou College of Railway, 1991;
Bachelor degree in Physics the Northwest Normal University, 1988
Research and Interest:
1. Identify and evaluate source water distributions;
2. Analyze and evaluate source water quantity and quality;
3. Evaluate existing pollution control practice and identify and assess potential pollution risk to source water;
4. Ecological risk of water environment and ecological carrying capacity;
5. Debris flow simulation prediction;
6. Environmental Decision Support Systems and GIS software.
Projects:
Name of assignment or project: Water Environment Risk Assessment and Early warning Technology Research and Demonstration Project in The three Gorges Reservoir Area and Upstream Watershed
Year: 2012 to present
Client: Chinese Ministry of Environmental Protection
Name of assignment or project: The Water quality model for Wuhan City
Year: 2008 to 2009
Location: Wuhan City, Hubei Province
Client: Hydro Qual , Inc.
Main project features: This project built a comprehensive water model platform based on GIS which could quantitatively simulate the distribution of pollutant and the variation of the water quality. The modeling system could be used as an efficient tool for improving water quality and source water emergency warning.
Positions held: Project Leader
Activities performed: Built and combined the mathematical models and designed the GIS platform.
Name of assignment or project: Study on water quality and quantity coupled water resources allocation in the middle and lower reaches of Han River
Year: 2008 to present
Location: Wuhan City, Hubei Province
Client: Changjiang Water Resources Committee
Main project features: The project built a water quality and water quantity coupled model to quantitatively study on the changes of water quantity and water quality and provided support for optimizing water resource allocation.
Positions held: Project Leader
Activities performed: Including water environment capacity estimation, hydrologic condition simulation, water eco-system simulation, and overall model design and verification.
Name of assignment or project: Research on water resource allocation in Zhejiang Province
Year: 2004-2009
Location: Zhejiang Province
Client: Department of Science and Technology of Zhejiang Province
Main project features: This project focused on the water eco-system evolution and its connection in Zhejiang Province as well as allocation of water resources to balance the water supply system. The quantification of the importance of water resource in society development and eco-system construction will then be considered as well as sustainable development management of the water resource.
Positions held: Project Leader
Activities performed: Including research on the surface transport process of the basin water circulation under different environment, and hydrological similarity and differences in information system of different temporal and spatial hydrological information. Study on the coordinated development of residential, industry and ecological water usage in water resource exploit. Research on water quality and quantity coupling process of the river network hydraulic process. Based on water resource supply allocation principle, using basin water quality and quantity coupling model to estimate an optimized allocation scheme.
Name of assignment or project: Feasibility Research on Water Resources Assessment in Pengze Nuclear Power Plant Site, Jiangxi Province
Year: 2006-2008
Location: Pengze County, Jiangxi Province
Client: Jiangxi Nuclear Power Plant Project Preparatory Office
Main project features: This is a feasibility study on Pengze Nuclear Power Plant discharge. This project used numerical simulations to predict the distributions of low-level radioactive waste and the thermal water discharge and also provided technical references for future discharge scenarios.
Positions held: Project Leader
Activities performed: (i) collection of general condition of project and basin, (ii) based on mathematical function, using numerical discretization method to establish 2-dimensional river flow, low-level radioactive waste water, thermal discharge mathematical model. (iii) based on substantive water level, flow velocity and water temperature, estimation and analyze parameter.(iv)based on different condition to simulate low-level radioactive waste water and thermal discharge separately.(v)based on simulation result, analyzing low-level radioactive waste water and thermal discharge impact separately, providing primary conclusion and suggestion.
Achievements:
【1】ZHANG W, ZHAO Y, XU Y, et al. 2-D numerical simulation of radionuclide transport in the lower Yangtze River. Journal of Hydrodynamics, Ser. B, 2012, 24(5): 702-710. (The corresponding author of SCI)
【2】Peng H, Zhao Y, Cui P, et al. Two-dimensional numerical model for debris flows in the Jiangjia Gully, Yunnan Province [J]. Journal of Mountain Science, 2011, 8(6): 757-766.（The corresponding author of SCI）
【3】Zhang Wanshun, Wang Yan, et.al., A Coupled Water Quantity–Quality Model for Water Allocation Analysis Water resources management.2010.24:485-511.（The corresponding author of SCI）.
【4】WANG Yan,PENG Hong,CUI Peng,ZHANG Wanshun,QIAO Fei,CHEN Cai’er. A new treatment of depression for drainage network extraction based on DEM. Journal of mountain science 2009,6(4).（The corresponding author of SCI）
【5】Zhang Wanshun, Huang Caisheng，et.al. Chlorophyll a Chl-a concentration measurement and prediction in Taihu lake based on MODIS image data. Proceeding of Spatial Accuracy 2008. June 2008，352-359.（The corresponding author of SCI）
【6】Lu W Z, Zhang W S, Cui C Z, et al. A numerical analysis of free-surface flow in curved open channel with velocity–pressure-free-surface correction [J]. Computational Mechanics, 2004, 33(3): 215-224.（The corresponding author of SCI）
【7】ZHANG Wanshun, CUI Peng, WANG Ying, QIAO Fei, WANG Xiekang, Numerical Simulation of Interaction between Tributary Debris Flow and Main River[J], Journal of Sichuan University(Engineering Science Edition), Vol37, supp, 2005.4
【8】Zhang W. S., Cui P. et al., Numerical simulation of interaction between Debris flow and main river,(2004,10) Sino-German International Conference, (EI)；
【9】Zhang W. S. Lu W. Z. et al. (2003, CFD of free-surface flow in curved open channel with velocity–pressure-free-surface correction, 17th National Conference on Hydordynamics and the 6th National Congress on Hydrodynamics.( International Conference, EI )
【10】Lu W. Z. Zhang W. S. et al. （2002）, an numerical analysis of free-surface flow in curved open channel with velocity– pressure-free-surface correction ，Computational Mechanics, 2004，v33 ，p 215–224. (SCI/EI)