Analysis of Calculated Results: Difference between revisions
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==Characteristic Numbers (independent of the presence of tides)== | ==Characteristic Numbers (independent of the presence of tides)== | ||
* Water level | * [[Characteristic Numbers of Water Level (independent of tides)|Water level]] | ||
* Current | * Current | ||
* Salinity | * Salinity | ||
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* Morphodynamics | * Morphodynamics | ||
* Meteorology | * Meteorology | ||
* Wave | * Wave | ||
==(Simple) Extreme Values== | ==(Simple) Extreme Values== | ||
Revision as of 10:36, 1 June 2010
The various mathematical models used do normally generate a great amount of transient results which can be automatically analysed to calculate the following characteristic numbers.
Additional Informations Related to Analysis of Calculated Results
- Elementary Aspects of Data Analyses
- Parameters for Data Analyses
- Analyse von HN-Modellergebnissen im Tidegebiet. Published in Mitteilungsblatt der Bundesanstalt für Wasserbau Nr. 86 (2003), available in German only.
Graphical Representation of Programs for Data Analysis
Graphical representation of interaction between different programs for data analyses (with German text only). This graphical representation is also available in Encapsulated PostScript format.
Tidal Characteristic Numbers
- Water level
- Current
- Salinity
- Suspended Sediments
- Temperature
- Bedload
- eff. Bed Shear Stress
- Morphodynamics
Example application: Elbe Estuary (area near Steubenhöft Süd)
Tidal Harmonic Analysis
- Water level
- Current
- Salinity
- Temperature
- Suspended Sediments
- Rise-/Fall-Velocity of Water Level
Characteristic Numbers (independent of the presence of tides)
- Water level
- Current
- Salinity
- Suspended Sediments
- Temperature
- eff. Bed Shear Stress
- Morphodynamics
- Meteorology
- Wave
(Simple) Extreme Values
- maximum and minimum value (program ABDF)
back to Pre- and Postprocessing