The model is a homogeneous, isotropic and confined aquifer. We are investigating the dispersion of the pollutant over time. The length of the model is L = 300 m, and it has a width of B = 100 m. The example model should also have the following properties:
|
Conductivity coefficients |
kf = 5*10-4 m/s |
KWER |
|
Thickness |
m = 18 m |
MAEC |
|
Porosity |
ne = 0.2 |
PORO |
|
Dispersivities |
αL = 7 m αT = 0.7 m |
DISP (sitr-parameters) |
|
Initial potential heads |
Hl = 36.0 m Hr = 30.0 m |
POTE |
|
Pollutant concentration |
c0 = 240 mg/m3 |
1KON |
|
delay factor |
R = 1 |
- |
|
Decay factor |
λ = 0 |
- |
The pollutant input is permanent and constant. The location of the input is at the edge of the model (node 156), which is why a particularly fine discretisation was selected there.
The following image shows the model mesh with the pollutant source:

FE-Model with pollution source
Necessary iformation for the material transport
