Software Download Page


Software distributed by the UB Groundwater Research Group has been developed through a variety of funding mechanisms, including external grants and "in kind" work by group members. To assist with planning for future code improvements, it would be very helpful to learn about research or professional projects that have involved our software. If you have a story to share with us, please send a short e-mail to Alan Rabideau: rabideau@buffalo.edu

  • Visual Bluebird / Split / Bluebird-Cardinal 

    Graphical user interface and numerical models for simulating groundwater flow and transport using analytic element method flow solutions. Also includes calibration features.
  • ROBIN

    3-D reactive transport modeling using the deterministic streamline method

  • PhreFlow

    3-D analytic element groundwater flow model for systems with ellipsoidal elements
  • Mouser

    1-D Multi-solute Reactive Transport Model with Competitive Cation Exchange, Parent-Daughter Decay and multiple single-solute sorption isotherms.
  • Nighthawk

    1-D Advective-Dispersive-Reactive Transport Model with Competitive Cation Exchange, Surface Complexation, Aqueous and Mineral Speciation, various linear and nonlinear sorption isotherms, and zero-order, first-order, and Monod-type kinetics. Developed to support the modeling of agricultural and industrial waste in the subsurface.
  • Ostrich

    Model-independent Optimization and Parameter Estimation Tool
  • IsoFit

    Isotherm Fitting Tool
  • GTRAN3D

    Modeling and Visualization of Groundwater Transport in Three Dimensions
  • ArcAEM

    ArcGIS 8.0 & 9.0 Interface for analytic element modeling of groundwater flow
  • ArcFlow

    ArcView 3.x interface for analytic element modeling of groundwater flow with Split (no longer supported). Developed by the Minnesota dept. of Public Health.
  • Other Software and Tools

    • Supporting material for "Analytical expressions for the hydraulic design of continuous permeable reactive barriers" by James R. Craig, Alan J. Rabideau, and Raghavendra Suribhatla, submitted to Advances in Water Resources.

     

Questions? Comments? Contact Dr. Alan J. Rabideau at rabideau@eng.buffalo.edu

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