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Adaptive Groundwater is a highly-scalable,

three-dimensional numerical code for high-

resolution simulation of groundwater flow and

solute transport problems. Dynamic adaptive

mesh refinement (AMR) and multi-threading are

used to automatically generate unstructured grids to

handle multiple scales of flow and transport processes.

With Adaptive Groundwater you can:

• Quickly create three-dimensional flow and transport models.

• Significantly reduce model development cost.

• Develop very-large, high-resolution regional models

because the parallel AMR technique breaks large problems

into many small parts.

• More accurately and efficiently compute hydraulic head

and solute concentration solutions because grid refinement

is automatically added in regions of high head and/or

concentration gradients.

• Quickly change the grid resolution by simply varying the

number of AMR levels.

• Accurately simulate thin and highly-stratified plumes

because the higher-order Eulerian-Lagrangian transport

solution significantly reduces numerical dispersion.

• Be fully prepared for future parallel computer architecture

enhancements (i.e., multiple-core processors) because the

software is fully multi-threaded.

• Use much larger time steps when simulating advection-

dominated transport.

• Reduce computational effort because the simulation time

step is automatically adjusted based on the velocity field

and cell sizes (i.e., Courant number).

• Visually monitor simulation progress during model runs.

AdAptive GroundwAter

Download FREE Trial

at www.RockWare.com

2221 East Street // Golden CO 80401 U.S.A. // t: 800.775.6745 // f:303.278.4099

Ear th Science and GIS Software

GROUNDWATER

GROUNDWATER