Animations of Calculated Results: Difference between revisions
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[[de:Animationen verschiedener Berechnungsergebnisse]] | [[de:Animationen verschiedener Berechnungsergebnisse]] | ||
The various [[Mathematical Models for Coastal Areas and Estuaries|mathematical models]] used do normally generate a great amount of transient results. Animations can help to improve the understanding of the sometimes complicated transport- and flow-processes.<br /> | The various [[Mathematical Models for Coastal Areas and Estuaries|mathematical models]] used do normally generate a great amount of transient results. Animations can help to improve the understanding of the sometimes complicated transport- and flow-processes.<br /> | ||
Up the now the following animations are available:<br /> | Up the now the following animations are available:<br /> | ||
[[Example: Animation of Salinity in the Außenweser Estuary|Salinity Variation in the Außenweser Estuary]] | [[Example: Animation of Salinity in the Außenweser Estuary|Salinity Variation in the Außenweser Estuary]] | ||
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[[Example: Animation of Water Level Elevation and Flow Velocity in the Inner Jade Estuary|Water level elevation and flow velocity in the Inner Jade estuary]] | [[Example: Animation of Water Level Elevation and Flow Velocity in the Inner Jade Estuary|Water level elevation and flow velocity in the Inner Jade estuary]] | ||
[[Außenems Estuary : Salinity variation and flow velocity ( TRIM - 3D )]] | [[Example: Salinity variation and flow velocity in the Außenems Estuary ( TRIM - 3D )|Außenems Estuary : Salinity variation and flow velocity ( TRIM - 3D )]] | ||
[[Example: Vortex Streets behind a planned Storm Surge Barrier in the Unterems|Vortex streets behind a planned storm surge barrier in the Unterems]] | [[Example: Vortex Streets behind a planned Storm Surge Barrier in the Unterems|Vortex streets behind a planned storm surge barrier in the Unterems]] | ||
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back to [[]] | back to [[Mathematical Methods]] | ||
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[[Overview]] | [[Overview]] | ||
Latest revision as of 12:52, 24 June 2010
The various mathematical models used do normally generate a great amount of transient results. Animations can help to improve the understanding of the sometimes complicated transport- and flow-processes.
Up the now the following animations are available:
Salinity Variation in the Außenweser Estuary
Fluid particle paths in the Inner Jade estuary
Water level elevation and flow velocity in the Inner Jade estuary
Außenems Estuary : Salinity variation and flow velocity ( TRIM - 3D )
Vortex streets behind a planned storm surge barrier in the Unterems
back to Mathematical Methods