Define complex geology and model layers using borehole log data and cross-sections Interpret GIS data to define hydrogeologic properties and boundaries independent of the grid Run, analyze, and validate model results with raw data in 2D, 3D, and cross-section views Easily create multiple conceptualizations; generate numerous grids and model scenarios in parallel all in a single project Assess uncertainty though comparing heads from multiple model runs in 2D, 3D or chart views. Take full advantage of bit architecture and multiple core processors, and build bigger models and run simulations significantly faster. If you intend to work with large models est. Includes support for pilot points, various regularization options and advanced kriging. GRD Site maps, aerial and satellite imagery. 
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The grid can then be manually populated with properties and boundary conditions using traditional techniques.
Built and designed on the latest in 3D visualization technology, Visual MODFLOW Flex allows you to effectively present and communicate your data to colleagues and stakeholders with impressive visual renderings of your hydrogeologic model.
If you intend to work with ivsual models est.
This allows you to establish model credibility by demonstrating how numerical model data model layers, flow parameters, recharge data were generated from conceptual data borehole logs, GIS data. With Visual MODFLOW Flex you have a complete set of tools necessary for addressing water quality, groundwater supply, and source water protection initiatives, including:.
jaketa - Visual MODFLOW Flex
tral The combination of both interfaces offer a complimentary set of tools that you can use to build and run your models. The following table outlines the features that are available visuual each interface.
Visualize all data, including conceptual objects, numerical grids, input data property zones, boundary condition cells, etc and output data calculated heads, pathlines in state-of-the-art 2D, 3D and multi-view FlexViewer displays Create cut-away and cross-sectional views that allow you to see inside your model Generate 3D animations and movies for reports or the web Gisual isolines, contours, pathlines and color shading to viewers Drape raster images site maps, satellite imagery over 3D surfaces to show relief Optimized OpenGL graphics for enhanced hardware rendering.
Network Card required for licensing If you intend to work with large models est. Classical Modeling Approach Cisual for models with simple geology, basic properties and boundary conditions, the classical approach allows you to start by defining the numerical grid. Groundwater modeling steps are conveniently presented in an intuitive, workflow-driven graphical user interface, allowing you to see what steps you've completed, your current step and what steps you need to finish to reach your modeling objectives.
Read more about how the conceptual modeling approach can save you significant time and effort.
Define complex geology and model layers using borehole log data and cross-sections Interpret GIS data modlow define hydrogeologic properties and boundaries independent of the grid Run, analyze, and validate model results with raw data in 2D, 3D, and cross-section views Easily create multiple conceptualizations; generate numerous grids and model scenarios in parallel all in a single project Assess uncertainty though comparing heads from multiple model runs in 2D, 3D or chart views.
The grid-independent conceptual model gives you the flexibility to experiment with different grid types and simulators. Calculated heads and pathlines can also be displayed alongside conceptual model data to validate assumptions and further demonstrate model credibility. Model with Confidence The 3D conceptual modeling capabilities allow you to easily interpret and analyze raw GIS data in 2D, 3D and cross-sectional views.
Easily experiment with vieual grid types and choose the one that gives you the best, most stable model. From one conceptual model you can easily generate multiple numerical models of different grid types and modeling scenarios, and easily update or modify the model as needed.
What interface should I use for cisual project? This provides a visual quality assurance of the data, and allows you to modflpw a solid understanding of the subsurface before designing the numerical model.
Choose the flexible and efficient conceptual modeling approach or the classical modeling approach.
Visual MODFLOW Flex
Tgial Power and Performance Take full advantage of bit architecture and multiple core processors, and build bigger models and run simulations significantly faster Available in bit with support for bit engines Multi-core parallel processing for flow engines. This reduces the need to maintain costly 3rd party pre-processing tools and eliminates the error-prone process of transferring data back-and-forth between different software packages and data formats.
GRD Site maps, aerial and satellite imagery. Quick and easy data importing of all common file types and formats Automatic modfoow system and units conversion on import Automatic data validation and intelligent error checking on import Define model boundaries, property zones, boundary conditions and attributes from imported GIS data Supported Data Types Point, polygon and polyline data.
Visual MODFLOW Flex allows you to assess modfloww and improve model credibility through comparisons and analysis of multiple modeling scenarios - all within a single project.
Manage multiple model scenarios in a single project Easily generate multiple models in parallel for evaluating alternative hydrogeologic interpretations and tial Make direct visual and numerical comparisons between different modeling scenarios Calculate head differences between multiple model runs, with the same or different grid size Compare and analyze multiple modeling scenarios for selecting the best, most realistic model.
Transport Packages MT3DMS - Three-dimensional transport model for simulating advection, dispersion, and chemical reactions of dissolved constituents.
You can start every project by designing the geology and numerical grid using the conceptual trail tools in the VMOD Flex Interface. Take full advantage of bit architecture and multiple core processors, and build bigger models and run simulations significantly faster.
With full bit application and engine support, you can now leverage the extra memory available tfial bit computers and build larger, more complex models. Includes support for pilot points, various regularization options and advanced kriging.
Within a single project, you can easily generate and manage multiple models in parallel visula comparing alternative scenarios, grid discretizations or triql interpretations. Visual MODFLOW Flex provides a seamless transition from raw data through conceptualization to the numerical model all within a single intuitive modeling environment. Model inputs and grid design can be easily modified and updated at any point in the modeling process as modeling objectives change, more data are collected and a better understanding of the sub-surface is achieved.
Cell locations and parameters are automatically calculated for you, reducing the need to define these manually on a cell-based level.
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