| Title |
Updated |
Grade |
Popularity |
Size |
|
|
 Visual-Modflow 3D-Explorer Use'r Manual |
2010-07-05 |
 |
63 |
2412.29 KB |
| Global Constraints
The Global Constraints are applied to all Decision Variables as a whole, and influence
the total pumping rate and the total number of active pumping wells.
Under the Global Constraints, define the following options:
Ye.. |
| |
|
| Visual Modflow-Installation guide |
2010-07-05 |
|
62 |
142.78 KB |
| Hardware Requirements
To run Visual MODFLOW you will need the following minimum system
configuration:
• Pentium II-based computer
• 64 MB of RAM (256 MB recommended)
• CD ROM drive
• A hard drive with at least 150 .. |
| |
|
| MGO Tutorial-Dewatering Scenario |
2010-07-05 |
|
114 |
233.38 KB |
| Introduction
Pumping well optimization technology is used to determine the ideal pumping well
locations, and ideal pumping rates at these locations, in order to minimize or maximize
a specified criteria. Typically, pumping well optimization.. |
| |
|
| MGO Tutorial: Plume Management |
2010-07-05 |
|
73 |
327.99 KB |
| Pumping well optimization technology is used to determine the ideal pumping well
locations, and ideal pumping rates at these locations, in order to minimize or maximize
a specified criteria. Typically, pumping well optimization is used in th.. |
| |
|
| Visual MODFLOW with MIKE 11 Tutorial |
2010-07-05 |
|
302 |
224.69 KB |
| Introduction
This tutorial demonstrates Visual MODFLOW’s capability to run MIKE 11
concurrently when running a model to account for surface water leakage from a river or
stream network. MIKE 11 is integrated into Visual MODFLOW through the.. |
| |
|
| Visual MODFLOW Multi-Node Wells Tutorial |
2010-07-05 |
|
240 |
502.1 KB |
| This document contains a step-by-step tutorial to illustrate the capabilities of simulating
multi-node wells in Visual MODFLOW. More specifically, this tutorial takes you through a
pre-built model that simulates intraborehole flow in wells w.. |
| |
|
| PHT3D Tutorial-multi component transport model |
2010-07-05 |
|
110 |
684.44 KB |
| Owing to the flexibility of PHREEQC, reaction networks can be defined quickly within
a reaction database file. Reactive processes that are not included in the original
PHREEQC database file can be appended, for example to simulate
• g.. |
| |
|
| SEAWAT Tutorial-Elder Model |
2010-07-05 |
|
148 |
798.16 KB |
| Introduction
Saltwater intrusion is a common occurrence along coastlines throughout the world.
Saltwater is denser than freshwater, and consequently will tend to migrate inland
underlying freshwater zones when groundwater resources are depl.. |
| |
|
| Visual MODFLOW Pro V3.1 |
2010-07-05 |
|
84 |
829.99 KB |
| What’s New in v.3.1?
Visual MODFLOW Pro 3.1 combines
industry-leading reliabil.. |
| |
|
| Visual MODFLOW Premium Demo Tutorial |
2010-07-05 |
|
65 |
3660.72 KB |
| Visual MODFLOW is the most complete and easy-to-use modeling environment for
practical applications in three-dimensional groundwater flow and contaminant transport
simulations. This fully-integrated package combines MODFLOW, MODFLOW-
SURFAC.. |
| |
|
| Visual MODFLOW Premium with WinPEST Tutorial |
2010-07-05 |
|
186 |
993.7 KB |
| Introduction
This tutorial is designed to introduce the user to the features available in the WinPEST component
of Visual MODFLOW. The tutorial will guide you through
• opening an existing model,
• attempting to calibrate the mo.. |
| |
|
| MODFLOW Post Processor-a new page added to the MT3D manual |
2010-07-04 |
|
63 |
1822.03 KB |
| One of the most desirable features of the MOC technique is that it is virtually free of numerical
dispersion, which creates serious difficulty in many standard numerical schemes. The major
drawback of the MOC technique is that it can be .. |
| |
|
| MT3D 99-User's Guide |
2010-07-04 |
|
31 |
1195.37 KB |
| MT3D99
is a new version of the modular three-dimensional contaminant transport
model, MT3D96
, distributed by S.S. Papadopulos & Associates, Inc. since 1996. MT3D99
builds on the strengths of the new public-domain MT3DMS code.. |
| |
|
| MT3DMS-Documentation and Use's Guide |
2010-07-04 |
|
59 |
9642.59 KB |
| 2.3.1 Dispersion Mechanism
Dispersion in porous media refers to the spreading of contaminants over a greater
region than would be predicted solely from the average groundwater velocity vectors
(Anderson, 1984). Dispersion is caused both.. |
| |
|
| A Reactive Multicomponent Transport Model for Saturated Porous Media-User's Manual |
2010-07-04 |
|
57 |
1123.73 KB |
| now handle general mixed equilibrium/kinetic geochemical reactions. While other
models with comparable features exist, PHT3D combines the advantages of the
well-established, modular and robust MODFLOW/MT3DMS
ow/transport sim-
ulator family .. |
| |
|
| RT3D (Version 1.0)Reference Manual |
2010-07-04 |
|
35 |
283.19 KB |
| INTRODUCTION
RT3DV1 (Reactive Transport in 3-Dimensions) is computer code that solves the coupled
partial differential equations that describe reactive-flow and transport of multiple mobile
and/or immobile species in three-dimensional saturat.. |
| |
|
| READ THE FOLLOWING BEFORE USING THE RT3D CODE |
2010-07-04 |
|
48 |
118.59 KB |
| COMPILING RT3DV2.5
RT3D compilation was tested using the Compaq Visual Fortran (v6.1) compiler on an Intel
x86-compatible machine with a Microsoft Windows operating system and using a UNIX Fortran
90 compiler on a DEC-Alpha workstati.. |
| |
|
| What's New in RT3D version 2.5 November 2001 |
2010-07-04 |
|
34 |
414.35 KB |
| spatially variable reaction kinetic parameters.
RT3DV2.5 USER-DEFINED REACTION MODULE
In RT3D version 1.0, user-defined reactions could be described in the rxns.f file. In RT3Dv2.5,
an additional file named jacrxns.f is also required.. |
| |
|
| SEAWAT Version 4-Multi-Species Solute and Heat Transport |
2010-07-04 |
|
38 |
4110.47 KB |
| Introduction
SEAWAT is a coupled version of MODFLOW (Harbaugh and others, 2000) and MT3DMS (Zheng and Wang,
1999; Zheng, 2006) designed to simulate three-dimensional, variable-density ground-water flow and multi-species
transport. The Varia.. |
| |
|
| MODFLOW-2000 Seawat Technical Documentation |
2010-07-04 |
|
42 |
2652 KB |
| The SEAWAT program has undergone several revisions. The first version of SEAWAT (Guo and Bennett,
1998) was developed using MODFLOW-88 (McDonald and Harbaugh, 1988) and MT3D96
(Zheng, 1996). The
second version of SEAWAT used a more re.. |
| |
|
| Seawat Users Guide-A Computer Program For Simulation |
2010-07-04 |
|
55 |
1727.67 KB |
| Ground water contains dissolved constituents, such as the salts commonly found in seawater.
At relatively low concentrations, dissolved constituents do not substantially affect fluid density. As solute
concentrations increase, however, the mas.. |
| |
|
| Visual MODFLOW 3D-Builder User's Manual |
2010-07-01 |
|
50 |
3488.94 KB |
| 1.2.2 Installing 3D-Builder
NOTE: Visual MODFLOW version 4.0 or higher must be installed on your
computer before you can install Visual MODFLOW 3D-Builder.
3D-Builder is distributed on one CD-ROM. To install, please follow these directions:.. |
| |
|
| MGO Documentation and User's Guide |
2010-07-01 |
|
40 |
1099.42 KB |
| 2.5 A TUTORIAL ON SIMULATED ANNEALING
The motivation for simulated annealing (SA) comes from an analogy between the
physical annealing process of solids and optimization problems. Physical annealing is a
process of attaining low energy sta.. |
| |
|
| MODFLOW-SURFACT Installation Instructions |
2010-07-01 |
|
102 |
97.81 KB |
| This document provides detailed instructions for installing MODFLOW-SURFACT on your computer. The
following topics will be covered:
l Installing from a CD-ROM
l Stand-Alone Installation.. |
| |
|
| MODFLOW-SURFACT SOFTWARE LICENSE AND LIMITED WARRANTY |
2010-07-01 |
|
143 |
9967.39 KB |
| HydroGeoLogic, Inc., is pleased to present our MODFLOW-SURFACT Version
3.0, a fully integrated flow and transport code, based on the U.S. Geological Survey
(USGS) groundwater modeling software, MODFLOW (McDonald and Harbaugh, 1988).
MODFLOW-S.. |
| |
|
| User’s Guide for MODPATH/MODPATH-PLOT Version 3 |
2010-07-01 |
|
41 |
774.9 KB |
| Linear interpolation produces a continuous velocity vector field within each individual cell
that identically satisfies the differential conservation of mass equation (equation 1) everywhere
within the cell. That point can be.. |
| |
|
| Visual MODFLOW 3D-Builder Quick Reference Guide |
2010-07-01 |
|
42 |
1377.6 KB |
| Creating Surfaces from Points
Imported points data objects can be interpolated to create surfaces. These surfaces can then be used to
generate horizons for your conceptual model. To create surfaces from a points data object.. |
| |
|
| Visual MODFLOW 2009.1 User's Manual |
2010-07-01 |
|
32 |
23105.08 KB |
| 3.3 Three-Dimensional Visualization
If you are using Visual MODFLOW Pro, or if you have purchased a license for Visual
MODFLOW 3D-Explorer, you may visualize the model input data, and output results,
at any time, from any module within Visu.. |
| |
|
| Visual MODFLOW Installation Guide - Hardware (Dongle) Licensing |
2010-07-01 |
|
69 |
324.86 KB |
| Hardware Requirements
Visual MODFLOW software requires the following minimum system configuration:
• Pentium II, 300 MHz
• 128 MB of RAM (256+ recommended)
•CD ROM drive
• 100 MBytes free hard drive space
• Wi.. |
| |
|
| Visual MODFLOW Premium with MODFLOW SURFACT |
2010-07-01 |
|
128 |
827.35 KB |
| Output Visualization
Once the model has converged, you may [Close] the VMEngines window.
) Output from the top menu bar of the Main Menu
Upon entering the Output section, Visual MODFLOW will automatically load the available
Output fil.. |
| |
|
|
|
