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[[de:Tidedynamik der Ästuare]]
[[de:Tidedynamik der Ästuare]]
== Tidal Dynamics of the Elbe ==
== Tidal Dynamics of the Elbe ==
As a result of a simulation with the mathematical method UNTRIM here representations of the currents in the river Elbe from July 2010 are available for download. The representation extends over 24 hours at a distance of 30 minutes each and is available for a [http://www.baw.de/downloads/wasserbau/tidedynamik_der_Aestuare/pdf/BAW-Modell_Elbe-Stroemung_IST2010_Nipptide.pdf neaptide (ca. 26 MB PDF)] and a [http://www.baw.de/downloads/wasserbau/tidedynamik_der_Aestuare/pdf/BAW-Modell_Elbe-Stroemung_IST2010_Springtide.pdf springtide (ca. 26 MB PDF)].
As a result of a simulation with the mathematical method [[UNTRIM]] here representations of the currents in the river Elbe from July 2010 are available for download. The representation extends over 24 hours at a distance of 30 minutes each and is available for a [http://www.baw.de/downloads/wasserbau/tidedynamik_der_Aestuare/pdf/BAW-Modell_Elbe-Stroemung_IST2010_Nipptide_eng.pdf neaptide (ca. 26 MB PDF)] and a [http://www.baw.de/downloads/wasserbau/tidedynamik_der_Aestuare/pdf/BAW-Modell_Elbe-Stroemung_IST2010_Springtide_eng.pdf springtide (ca. 26 MB PDF)].


Example of the proposed presentation:
Example of the proposed presentation:

Latest revision as of 09:35, 21 October 2022

Tidal Dynamics of the Elbe

As a result of a simulation with the mathematical method UNTRIM here representations of the currents in the river Elbe from July 2010 are available for download. The representation extends over 24 hours at a distance of 30 minutes each and is available for a neaptide (ca. 26 MB PDF) and a springtide (ca. 26 MB PDF).

Example of the proposed presentation:

Stroemung Elbe Beispielbild.JPG


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