did-you-know? rent-now

Amazon no longer offers textbook rentals. We do!

did-you-know? rent-now

Amazon no longer offers textbook rentals. We do!

We're the #1 textbook rental company. Let us show you why.

9783540677444

3D-Groundwater Modeling with PMWIN : A Simulation System for Modeling Groundwater Flow and Pollution

by ; ;
  • ISBN13:

    9783540677444

  • ISBN10:

    3540677445

  • Edition: CD
  • Format: Hardcover
  • Copyright: 2001-04-01
  • Publisher: Springer Verlag
  • Purchase Benefits
List Price: $249.00 Save up to $218.96
  • Digital
    $65.08
    Add to Cart

    DURATION
    PRICE

Supplemental Materials

What is included with this book?

Summary

Processing Modflow is one of the most complete three-dimensional groundwater and transport simulation systems in the world. The text and the companion full-version software (PMWIN) offer a totally integrated simulation system. PMWIN comes with a professional graphical user-interface, supported models and programs and several other useful modeling tools. The graphical user-interface allow one to create and simulate models with ease and fun. It can import DXF- and raster graphics and handle models with up to 1000 stress periods, 80 layers and 250,000 cells in each model layer. The model tools include a Presentation Tool, a Result Extractor, a Field Interpolator, a Field Generator, a Water Budget Calculator and a Graphic Viewer. Book and CD-ROM are targeted at novice and experienced groundwater modelers. The typical user is working as a hydrogeological or environmental consultant, in a water company, in a regulatory agency or a university.

Table of Contents

Introduction
1(6)
System Requirements
4(1)
Hardware
4(1)
Software
4(1)
Starting PMWIN
4(1)
Installation
4(1)
Documentation
4(1)
Online Help
5(1)
Updates
5(2)
Your First Groundwater Model with PMWIN
7(48)
Overview of the Sample Problem
7(1)
Run a Steady-State Flow simulation
8(25)
Create a New Model
9(1)
Assign Model Data
9(8)
Perform the Flow Simulation
17(1)
Check Simulation Results
17(2)
Calculate subregional water budget
19(4)
Produce Output
23(10)
Simulation of Solute Transport
33(12)
Perform Transport Simulation with MT3D
34(6)
Perform Transport Simulation with MOC3D
40(5)
Parameter Estimation
45(7)
Parameter Estimation with PEST
47(3)
Parameter Estimation with UCODE
50(2)
Animation
52(3)
Modeling Environment
55(120)
The Grid Editor
56(4)
The Data Editor
60(6)
The Cell-by-Cell Input Method
63(1)
The Zone Input Method
64(1)
Specification of Data for Transient Simulations
65(1)
The File Menu
66(4)
New Model
66(1)
Open Model
66(1)
Convert Model
66(1)
Model Information
67(1)
Save Plot As
68(1)
Print Plot
69(1)
Animation
69(1)
The Grid Menu
70(6)
Mesh Size
70(1)
Layer Type
70(4)
Boundary Condition
74(1)
IBOUND (MODFLOW)
74(1)
ICBUND (MT3D/MT3DMS)
74(1)
Top of Layers (TOP)
75(1)
Bottom of Layers (BOT)
75(1)
The Parameters Menu
76(5)
Time
76(2)
Initial Hydraulic Heads
78(1)
Boreholes and Observations
78(1)
Horizontal Hydraulic Conductivity and Transmissivity
79(1)
Vertical Hydraulic Conductivity and Vertical Leakance
80(1)
Effective Porosity
80(1)
Specific Storage, Storage Coefficient and Specific Yield
80(1)
The Models Menu
81(80)
MODFLOW
81(1)
MODFLOW > Density
81(1)
MODFLOW > Drain
82(1)
MODFLOW > Evapotranspiration
83(1)
MODFLOW > General-Head Boundary
84(1)
MODFLOW > Horizontal-Flow Barrier
84(1)
MODFLOW > Interbed Storage
85(2)
MODFLOW > Recharge
87(1)
MODFLOW > Reservoir
88(3)
MODFLOW > River
91(1)
MODFLOW > Streamflow-Routing
92(4)
MODFLOW > Time-Variant Specified-Head
96(1)
MODFLOW > Well
97(1)
MODFLOW > Wetting Capability
97(3)
MODFLOW > Output Control
100(2)
MODFLOW > Solvers
102(6)
MODFLOW > Run
108(3)
MOC3D
111(1)
MOC3D > Subgrid
111(1)
MOC3D > Initial Concentration
112(1)
MOC3D > Advection
112(2)
MOC3D > Dispersion & Chemical Reaction
114(2)
MOC3D > Strong/Weak Flag
116(1)
MOC3D > Observation Wells
116(1)
MOC3D > Sink/Source Concentration
117(1)
MOC3D > Output Control
117(2)
MOC3D > Run
119(1)
MT3D
120(1)
MT3D > Initial Concentration
120(1)
MT3D > Advection
120(5)
MT3D > Dispersion
125(1)
MT3D > Chemical Reaction > Layer by Layer
126(3)
MT3D > Chemical Reaction > Cell by Cell
129(1)
MT3D > Sink/Source Concentration
129(1)
MT3D > Output Control
130(1)
MT3D > Run
131(2)
MT3DMS
133(1)
MT3DMS > Initial Concentration
134(1)
MT3DMS > Advection
134(2)
MT3DMS > Dispersion
136(1)
MT3DMS > Chemical Reaction
136(2)
MT3DMS > Sink/Source Concentration
138(1)
MT3DMS > Mass-Loading Rate
139(1)
MT3DMS > Solver > GCG
139(1)
MT3DMS > Output Control
140(1)
MT3DMS > Run
140(1)
PEST (Inverse Modeling)
141(1)
PEST (Inverse Modeling) > Parameter List
142(11)
PEST (Inverse Modeling) > Run
153(2)
UCODE (Inverse Modeling)
155(1)
UCODE (Inverse Modeling) > Parameter List
156(3)
UCODE (Inverse Modeling) > Run
159(2)
PMPATH (Pathline and Contours)
161(1)
The Tools Menu
161(1)
The Value Menu
162(4)
Matrix
162(2)
Reset Matrix
164(1)
Zones
164(1)
Points
164(1)
Search and Modify
165(1)
Result Extractor
166(1)
Boreholes and Observations
166(1)
The Options Menu
166(9)
Environment
166(5)
Maps
171(4)
The Advective Transport Model PMPATH
175(24)
The Semi-analytical Particle Tracking Method
176(5)
Consideration of the display of the calculated pathlines
179(1)
Consideration of the spatial discretization and water table layers
179(2)
PMPATH Modeling Environment
181(7)
Worksheet and cross-section windows
182(1)
Status bar
182(1)
Tool bar
183(1)
Open Model
184(1)
Set Particle
184(2)
Erase Particle
186(1)
Zoom In
186(1)
Zoom Out
186(1)
Particle Color
186(1)
Run Particles Backward
187(1)
Run Particles Backward Step by Step
187(1)
Stop Particle Tracking
187(1)
Run Particles Forward Step by Step
187(1)
Run Particles Forward
187(1)
PMPATH Options Menu
188(8)
Environment
188(3)
Particle Tracking (Time)
191(3)
Maps
194(2)
PMPATH Output Files
196(3)
Plots
196(1)
Hydraulic heads
197(1)
Drawdowns
197(1)
Flow velocities
197(1)
Particles
198(1)
Modeling Tools
199(16)
The Digitizer
199(1)
The Field Interpolator
200(6)
Background of the Field Interpolator
200(1)
Using the Field Interpolator
201(5)
The Field Generator
206(1)
The Results Extractor
207(2)
The Water Budget Calculator
209(1)
The Graph Viewer
210(5)
Examples and Applications
215(94)
Tutorials
215(29)
Unconfined Aquifer System with Recharge
215(2)
Create a New Model
217(1)
Define Model Size
217(1)
Refine Model Grid
218(1)
Assign Model Data
219(5)
Perform steady-state flow simulation
224(1)
Extract and view results
224(1)
Produce output
225(1)
Transient Flow Simulation
226(6)
Aquifer System with River
232(1)
Create a New Model
233(1)
Define Model Size
233(1)
Refine Model Grid
234(1)
Assign Model Data
234(6)
Perform steady-state flow simulation
240(1)
Extract and view results
240(4)
Basic Flow Problems
244(24)
Determination of Catchment Areas
244(4)
Use of the General-Head Boundary Condition
248(2)
Two-layer Aquifer System in which the Top layer Converts between Wet and Dry
250(2)
Water-Table Mound resulting from Local Recharge
252(3)
Perched Water Table
255(3)
An Aquifer System with Irregular Recharge and a Stream
258(3)
Flood in a River
261(3)
Simulation of Lakes
264(4)
EPA Instructional Problems
268(1)
Parameter Estimation and Pumping Test
269(13)
Basic Parameter Estimation Skill with PEST/UCODE
269(4)
Estimation of Pumping Rates
273(3)
The Theis Solution-Transient Flow to a Well in a Confined Aquifer
276(3)
The Hantush and Jacob Solutions-Transient Flow to a Well in a Leaky Confined Aquifer
279(3)
Geotechnical Problems
282(14)
Inflow of Water into an Excavation Pit
282(2)
Flow Net and Seepage under a Weir
284(2)
Seepage Surface through a Dam
286(4)
Cutoff Wall
290(3)
Compaction and Subsidence
293(3)
Solute Transport
296(7)
One-dimensional Dispersive Transport
296(2)
Two-dimensional Transport in a Uniform Flow Field
298(3)
Benchmark Problems and Application Examples from Literature
301(2)
Miscellaneous Topics
303(6)
Using the Field Interpolator
303(4)
An Example of Stochastic Modeling
307(2)
Supplementary Information
309(26)
Limitation of PMWIN
309(1)
Data Editor
309(1)
Boreholes and Observations
309(1)
Digitizer
309(1)
Field Interpolator
310(1)
Field Generator
310(1)
Water Budget Calculator
310(1)
Files and Formats
310(7)
ASCII Matrix File
310(1)
Boreholes file
311(1)
Contour Table File
312(1)
Grid Specification File
312(1)
Line Map file
313(1)
Observation File
313(1)
Time Parameter File
314(1)
Trace File
315(1)
Zone File
316(1)
Input Data Files of the supported Models
317(4)
Name File
317(2)
MODFLOW Input Files
319(1)
MODPATH and MODPATH-PLOT (version 1.x)
319(1)
MODPATH and MODPATH-PLOT (version 3.x)
320(1)
MOC3D
320(1)
MT3D
320(1)
MT3DMS
320(1)
PEST
320(1)
UCODE
321(1)
Internal data files of PMWIN
321(10)
Using PMWIN with your MODFLOW
331(1)
Running MODPATH with PMWIN
332(3)
References 335(6)
Index 341

Supplemental Materials

What is included with this book?

The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.

Rewards Program