GMS创建地下水流动与运移模型高级培训

　　GMS首创了概念建模方法，使用熟悉的GIS对象：点、圆弧和多边形，由构建的高水平的模型呈现创建概念模型。使用概念建模方法，必要时更新和更改模型，用一个简单有效的方式处理大型复杂的模型。为了让更多的GMS用户能够更好的学习和使用软件，北京天演融智软件有限公司（科学软件网）联合Aquaveo, LLC.于2019年6月18-21日在北京共同举办GMS 软件高级应用培训。

　　主讲老师

　　Dr. Norm L. Jones- is a professor in the Department of Civil and Environmental Engineering at Brigham Young University. His research area is the application of computer graphics and computational geometry to ground water modeling. Dr. Jones manages the development of the GMS graphical user interface and is the director of the Environmental Modeling Research Laboratory at BYU. He has taught numerous university courses and ground water modeling short courses. He has also authored more than 90 books, reports, and technical articles and is the primary author of the GMS reference manual and tutorials.

　　Alan Lemon- Member of the GMS development team and software engineer at Aquaveo. Alan has years of experience developing groundwater modeling software and teaching. He has also been involved in several consulting projects using GMS to model groundwater systems.

　　Todd Wood- is a civil engineer and groundwater modeler at Aquaveo. Todd has a MS and BS in Civil and Environmental Engineering from Brigham Young University. He worked for four years as a technical support associate for GMS and AHGW and now works on groundwater modeling projects at Aquaveo. Todd has taught groundwater modeling training courses in the United States, China, and Australia.

　　注：Aquaveo, LLC.会根据学员人数决定派以上讲师中的一位或两位来主讲。

　　课程简介

　　Aquaveo LLC.的地下水建模培训课程是一门实践性强、应用性强的培训课程。本课程将为培训者学员提供快速有效地解决地下水建模问题所需的知识和工具。本课程首先回顾地下水模型的概念，然后学员立即开始创建地下水模型。将使用GMS与MODFLOW，MODFLOW-USG，PEST，MODPATH，MT3DMS，钻孔数据和GIS数据进行一系列讲座和讲师指导练习。学员将学习如何从使用GIS工具构建的高级概念模型生成数值模型。

　　课程特征

　　在整个课程中受益于实践指导。

　　使用MODFLOW和MODFLOW- USG进行流建模。

　　使用GIS对象创建概念模型。

　　将GIS数据集成到地下水模型中。

　　学习使用PEST校准地下水模型。

　　使用MODPATH分析简单的传输问题。

　　学习使用MT3DMS建模传输。

　　从钻孔和其他地下数据创建地层模型。

　　了解如何生成建模项目的专业输出。

　　报名学员可享有

　　详细课程资料

　　 30天GMS软件试用

　　培训后90天内购买GMS软件可以享受25%的折扣（最高节省500美金）

　　课程安排

Day 1 AM	Groundwater Modeling Concepts Conceptual Model Development, Boundary Conditions 2D vs. 3D, Steady State vs. Transient Parsimony, Code Selection, Model Calibration, Prediction Modeling Case Studies MODFLOW Part I MODFLOW Overview Packages: Basic, BCF-LPF-HUF-UPW, RCH, WEL, DRN Conductance
Day 1 PM	MODFLOW - Part II MODFLOW-USG Packages: RIV, STR, SFR, GHB, HFB, EVT, ETS, MNW, UZF, DRT MODFLOW - Part III File formats Importing models – ascii, VM, GW Vistas, PMWIN Exporting native text Solvers Troubleshooting MODFLOW models
Day 2 AM	Working with Regional MODFLOW Models Base maps, Conceptual models, Conductance 2D Geostatistics MODFLOW layer elevations Interpolation methods
Day 2 PM	Site Characterization Borehole data User-defined cross-sections Site Characterization via Horizons Horizons -> Solids Horizons -> HUF
Day 3 AM	Arc Hydro Groundwater Data model overview Web applications - well permitting, water level mapper Model Calibration Importing observation well data,Calibration basics Point observations, Flow observations, Plotting calibration statistics
Day 3 PM	Parameter Estimation with PEST Introduction to inverse modeling, Parameterization Defining zones with key values, PEST options Parameter Estimation Pilot point method, Regularization Pilot point placement
Day 4 AM	MODPATH Applications of Particle Tracking Transport Modeling Concepts Advection, Dispersion, Diffusion, Sorption, Decay MT3DMS Governing Equation Packages
Day 4 PM	Open Lab Instructors available to help with your projects