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Description
Schlumberger Waterloo Hydrogeologic Visual MODFLOW Flex 8.0
Build models faster and more efficiently
- Model inputs and grid design can be 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.
- Modeling steps are conveniently presented in an intuitive, workflow-driven graphical user interface: see current and completed steps, and steps you need to finish.
- GIS-based 3D conceptual modeling and numerical modeling all within a single integrated software environment. This reduces costly 3rd party pre-processing tools, and eliminates transfer errors.
Build larger, more complex credible models
- Equipped to handle vast quantities of detailed, high resolution data. Simulate large and complex regional-scale groundwater systems.
- Model inputs and outputs can be easily visualized alongside raw GIS field data in 3D, allowing credibility by demonstrating numerical model data generation (model layers, flow parameters, recharge data) from conceptual data (borehole logs, GIS data).
- Unique design permits easy side-by-side comparisons of multiple models allowing you to assess alternative modeling scenarios, grid indiscretions and hydro-geologic interpretations.
Powerful Data Visualization 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.

Efficiently Manage Multiple Models
Most modeling projects involve several scenarios/versions, e.g., steady-state vs transient, different properties, inputs and grid types. Visual MODFLOW Flex allows you to assess uncertainty 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, and make direct visual and numerical comparisons between different modeling scenarios.
- Easily generate multiple models in parallel for evaluating alternative hydrogeologic interpretations and hypotheses.
- 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.