spContent=Groundwater is one of the main water sources for human life, industry and agriculture -- in northern China, 65 percent of domestic water comes from groundwater. Among the 657 cities in China, more than 400 use groundwater as the main water supply source. During the past several decades, computer simulation models for analyzing flow and solute transport in groundwater systems have played an increasing role in the evaluation approaches to groundwater development and management. In this course, Professor Shu Longcang will show you the fundamental and cutting-edge issues in numerical simulation of groundwater, as well as a plenty of research cases.
Groundwater is one of the main water sources for human life, industry and agriculture -- in northern China, 65 percent of domestic water comes from groundwater. Among the 657 cities in China, more than 400 use groundwater as the main water supply source. During the past several decades, computer simulation models for analyzing flow and solute transport in groundwater systems have played an increasing role in the evaluation approaches to groundwater development and management. In this course, Professor Shu Longcang will show you the fundamental and cutting-edge issues in numerical simulation of groundwater, as well as a plenty of research cases.
—— 课程团队
课程概述
The Numerical Simulation of Groundwater course including the introduction of groundwater numerical simulation, equations and numerical methods, the conceptual model, boundary conditions, sources and sinks, calibration and application process, brief introduction of Visual Modflow and 4 lectures of case study. Through the study of this course, you will be able to understand the basic knowledge of groundwater numrcial simulation and aquire the broad prospects of theoretical research and practical application of groundwater science.
授课目标
《Numerical Simulation of Groundwater》是水文学及水资源专业的专业课，水文学及水资源是一门较为传统的学科，其社会性、系统性、实践性与综合性均很强。针对硕士研究生以及硕博留学生进行教学，依据理论与实际相结合，系统性与先进性并重，循序渐进力求符合学生认知规律的原则进行教学。系统的阐述了本课程的基础理论和知识点，为学生以后工作和学习打下了坚实的基础，培养学生发现问题、分析问题、解决问题的能力。
课程大纲
Introduction
课时目标：Introduction of numerical simulation model as well as this course.
1.1 Scope of this cource
1.2 Fundamental knowledge
1.3 What is a model
1.4 why Model
1.5 Modeling steps
Equations & Numerical Methods
课时目标：Particial defferencial equations and mumetical methods of munerical simulation models.
Equations & Numerical Methods
The Conceptual Model
课时目标：Purpuse and contents of a conceptual model.
3.1 Definition and purpose of a conceptual model
3.2 Some cases and examples of a conceptual model
3.3 Data requirements of a groundwater flow model
3.4 Three steps in building a conceptual model
Boundaries
课时目标：Boundary conditions of numerical models.
Sources and Sinks
课时目标：Definition, types and examples of sources and sinks.
Calibration and Application Process
课时目标：Methods and process for calibration and application of numerical models.
6.1 The Calibration Process
6.2 Evaluating the Calibration
6.3 Prediction
Brief Introduction of Visual MODFLOW
课时目标：Demonstration of Visual MODFLOW software.
7.1 Software introduction
7.2 Procedure demonstration
Case Study
课时目标：Appliations of numerical simulation models in China and abroad.
8.1 Yellow River, China
8.2 Tarim River, China
8.3 Research titles on groundwater numerical simulation model
8.4 Groundwater - Surface Water Interaction
展开全部
预备知识
Physical Geology, Hydrology, Groundwater Hydrology.
参考资料
的网络辅助教学资源主要包括：
www.ngwa.org;
www.awra.org;
www.usgs.gov;
www.agu.org 等。
