User's guide of Proceessing Modflow 5.0

294 Processing Modflow
Table 6.7 (continued)
\PM5\...\TRANSPORT7\ This model is described in section 7.10 of the manual of MT3DMS. This example
illustrates the application of MT3D/MT3DMS to an actual field problem involving
evaluation of the effectiveness of proposed groundwater remediation schemes.
\PM5\...\TRANSPORT8\ This model is described in the section MODEL TESTING AND EVALUATION - One-
Dimensional Steady Flow of the user’s guide of MOC3D. A numerical model consisting
of 122 columns, 1 rows and 1 layer is used to simulate one-dimensional transport
having a third-type source boundary condition in a steady-state flow field; numerical
results were compared with the analytical solution of Wexler (1992).
\PM5\...\TRANSPORT9\ This model is described in the section MODEL TESTING AND EVALUATION - Three-
Dimensional Steady Flow of the user’s guide of MOC3D. A numerical model consisting
of 12 columns, 32 rows and 40 layers is used to simulate three-dimensional transport
having a permanent point source in a steady-state flow field; numerical results were
compared with the analytical solution of Wexler (1992).
\PM5\...\TRANSPORT10\ This model is described in the section MODEL TESTING AND EVALUATION - Two-
Dimensional Radial Flow and Dispersion of the user’s guide of MOC3D. A numerical
model consisting of 30 columns, 30 rows and 1 layer is used to simulate twodimensional
transport having a permanent point source in a steady-state radial flow
field; numerical results were compared with the analytical solution of given by Hsieh
(1986).
\PM5\...\TRANSPORT11\ This model is described in the section MODEL TESTING AND EVALUATION - Point
Initial Condition in Uniform Flow of the user’s guide of MOC3D. A numerical model
consisting of 26 columns, 26 rows and 26 layer is used to simulate three-dimensional
transport having an initial point source in a parallel steady-state flow at 45 degrees to
the x-direction; numerical results were compared with the analytical solution of given by
Wexler (1992). The point source was simulated at column 4, row 4 and layer 12.
6.6.3 Benchmark Problems and Application Examples from Literatures