1. General Model Information
Name: FEMSEEP
Acronym: FEMSEEP
Main medium: terrestrial
Main subject: hydrology
Organization level: ecosystem
Type of model: partial differential equations (finite elements,3D)
Main application:
Keywords: groundwater flow, groundwater quality, pollutant transport, particle tracking, stationary conditions, transient conditions, 3D, saturated flow, convection-dispersion equation, finite element numerics, anisotropy
Contact:
Scientific Software Group P.O. Box 23041
Washington D.C., 20026-3041
Phone: 703-620.9214
Fax: 703-620.6793
Author(s):
David Meiri and Ebasco Services Incorporated
Abstract:
It is a groundwater flow and pollution model based on the finite
element method. It can be used for confined and unconfined, isotropic
and unisotropic, homogeneous and non homogeneous aquifers. It
comprises a flow model, a pollutant transport model and a particle
tracking model.
The flow model can compute equilibrium and transient conditions
in a bi-dimensional field, a vertical section or a three dimensional
irregularly shaped domain. Both flow and piezometric conditions
are allowed at the boundary. The program can work with 500 nodes
and 500 elements, and has a specific user interface.
II. Technical Information
II.1 Executables:
Operating System(s): DOS The program is available at: Scientific Software Group P.O. Box 23041 Washington D.C., 20026-3041 Phone: 703-620.9214 Fax: 703-620.6793
II.2 Source-code:
Programming Language(s):
II.3 Manuals:
see References
II.4 Data:
III. Mathematical Information
III.1 Mathematics
III.2 Quantities
III.2.1 Input
III.2.2 Output
IV. References
Meiri, D. 1990 FEMSEEP Finite Element Groundwater Flow andTransport Mode, I. Flow Model, Users Manual, Ebasco Services Incorporated.
V. Further information in the World-Wide-Web
VI. Additional remarks
Last review of this document by: T. Gabele: 26. 6. 1997 -
Status of the document:
last modified by
Tobias Gabele Wed Aug 21 21:44:42 CEST 2002