Great care has been taken to model our geometry CAD-style input after the popular AutoCAD(TM) software. Free-form boundary equations and an optional soil database of over 6000 soils to choose from further simplify model design.

The finite element solution makes use of fully automatic mesh generation and mesh refinement to solve the problem quickly as well as indicating zones of critical gradient.

	Read an independent review of our software by the Journal of Ground Water here! (PDF 75KB) Reprinted from Ground Water with permission of the National Ground Water Association Press. Copyright 2004.

• 60% Average Reduction in modeling time over comparable seepage software
• Average time for new user to be creating effective models: 30 minutes!
• Stochastic analysis allows varying of model input parameters by the Monte Carlo method
• Evaporative boundary conditions
  (Not available in student version)
• Advanced visualization of 1D models in the back-end
• Customizable Solutions
• Slab on ground application
• AutoCAD™ style CAD input
• Comprehensive user's, tutorial, theory, verification, and examples manuals
• Model saturated / unsaturated flow
• Models stored in XML format for speed and easy data transfer
• Reduction in convergence problems over
  conventional software
• Solver runs on Red Hat Linux or Windows with support for hyper-threading and multiple processors
• Fully automatic mesh generation based on geometry
• Fully automatic time-step refinement for transient problems
• Fully automatic mesh refinement based on any relevant problem variables. Read more about adaptive grid refinement in research published by Mansell, 2002.
• Handling of spatially varying soil properties
• Improvements to climatic interface to allow handling of crusts
• Improvements to the stability of climatic coupling
• Coupling to ChemFlux and SVSolid