Fetter, C.Q. (1994). Applied Hydrogeology.
Published by Maxwell Macmillan International, New York.
Freeze, R.A, and Cherry, J.A. (1979). Groundwater.
Published by Prentice Hall, Inc., New Jersey.
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is an advanced 3D Finite-Element modeling solution
offering sophisticated analysis tools and robust numerical
algorithms. FEFLOW is designed with an easy-to-use graphical
interface that gives you all of the tools necessary to simulate:
FEFLOW is a popular
groundwater model, and while many people use the product, they do
not how some of the newest changes to the software can help with a
variety of products.
Why upgrade to version
Generator: For the generation of the
finite element mesh, the mesh generator Gridbuilder, developed
by Rob McLaren at the University of Waterloo, Canada, is
available. Gridbuilder has its main advantages in very flexible
refinement along add-ins and polygon borders and in the handling
of complex superelement meshes.
Type 1 Boundary Condition input:
Instead of using values of hydraulic head, the input
of 1st kind (Dirichlet) boundary conditions can be
done by using pressure values, setting a seepage
face condition, automatically converting a saltwater
head into a freshwater head or setting saturation or
moisture content under unsaturated conditions.
Relationships: In the previous FEFLOW release concentrations of multiple species
lead to a cumulative effect on fluid density, only considering one
single density ratio. Now for each species a seperate ratio can be
specified, considering different concentration-density
relationships for the simulated species.
Scatter Plots for
Comparison of Results and Observation Data: Scatter point plots are now available for comparing both
steady-state results with observation values and measured and
calculated time curves. The locations of the compared points are
indicated on the model domain, values are shown by tool tips.
Greek Characters as/in
Greek characters can now be used in formulae as variable names or
parts of variable names.
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