1. General Model Information

Name: water quality and transport model for tidal rivers/estuaries

Acronym: FLUSS


Main medium: aquatic
Main subject: hydrology
Organization level: ecosystems
Type of model: compartment model, 1D
Main application:
Keywords: water transport, river, estuary, first order kinetics

Contact:

Agmar Mueller
GKSS Forschungszentrum
Inst. f. Gewaesserphysik
P.O. Box 1160
21494 Geesthacht, Germany
Phone: +49-4152-871842
Fax : +49-4152-871888
email: agmar.mueller@gkss.de

Author(s):

Agmar Mueller

Abstract:

contents of the model
FLUSS is a one-dimensional numerical model for dynamic simulations of the cross-sectionally averaged transport of water constituents and the longitudinal water quality situation for a tidal river/estuary. Output: time series at specific locations or longitudinal profiles for specific times. The parameters are the following: water elevation, current velocity, temperature, salinity (or other conservative parameters), SPM, trace compounds, dissolved oxygen, BOD, nutrients, chlorophyll.
principles of the model
transport of water and water constituents; transport processes and interactions between the constituents are simulated by time-dependent cross-sectionally averaged transport equations in a river segment between 2 measuring sites using these measurements as boundary conditions; physical, chemical and biological processes; inputs (e.g. from waste water sewage plants) as time functions.

Author of Abstract: UFIS - Environmental Research Information System


II. Technical Information

II.1 Executables:

Operating System(s): Type of computer: PC, workstation, mainframe RAM required: depends on simulated case Disc space: depends on simulated case Peripherical software required: graphic packages List of files: FLUSS: source code ii1: space-dependent input ii: time-dependent input iO1: longitudinal profile output iO2: time series output

II.2 Source-code:

Programming Language(s): FORTRAN

II.3 Manuals:



II.4 Data:



III. Mathematical Information


III.1 Mathematics


III.2 Quantities


III.2.1 Input

III.2.2 Output


IV. References

Fielder, H., Mueller, A., Nolte, D., 1981.
FLUSS - ein eindimensionales Modell des Waerme- und Stofftransportes in Fluessen, GKSS-Bericht, 81/E/12, GKSS Forschungszentrum, Geesthacht.

Mueller, A., 1988.
Das numerische Modell FLUSS, GKSS-Bericht, 88/E/22, Michaelis, W., Fanger, H.-U., Mueller, A. (editor(s)), GKSS Forschungszentrum, Geesthacht.

Mueller, A., Grabemann, I., Krohn, J., Kunze, B., Lobmeyr, M., 1991.
Modellierung des Transports von Wasserinhaltsstoffen in Fliessgewaessern unter besonderer Beruecksichtigung des Schwebstoffs, AGF Belastung von Boeden und Gewaessern (editor(s)), Bonn, pp. 20-24.

Mueller, A., Grabemann, I., Kunze, B., 1991.
Water quality modelling: prediction of the transport of water constituents in the Weser estuary (Germany), Spaulding, M.L., Bedford, K., Blumberg, A., Cheng, R., Swanson, C. (editor(s)), American Society of Civil Engineers, New York, pp. 405-417.

Mueller, A., Puls, W., 1995.
Modelling of suspended matter transport in tidal rivers, Arch. Hydrobiol., in press.




V. Further information in the World-Wide-Web



VI. Additional remarks

Additional information
Last review of this document by: R. Patzak : 2. October 1997 -
Status of the document:
last modified by Tobias Gabele Wed Aug 21 21:44:42 CEST 2002

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