Template:SMS at a glance models: Difference between revisions
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* SMS is a graphical interface that supports many numeric models | * SMS is a graphical interface that supports many numeric models | ||
* The models were developed by government or private entities | * The models were developed by government or private entities | ||
* Hydrodynamic models compute water surface elevations and velocities | * Hydrodynamic models compute water surface elevations and velocities (ADCIRC, SRH-2D, TUFLOW, etc.) | ||
* Wave models compute wave characteristics | * Wave models compute wave characteristics (BOUSS2D, CGWAVE, etc.) | ||
* GenCade is a shoreline model that predicts how the coastline will move based upon long term wave information | * GenCade is a shoreline model that predicts how the coastline will move based upon long term wave information | ||
* PTM tracks particle positions through time based upon hydrodynamics and wave effects | * PTM tracks particle positions through time based upon hydrodynamics and wave effects | ||
{{{Link|}}}<noinclude>[[Category:SMS at a glance|models]][[Category:SMS Models]]</noinclude> | {{{Link|}}}<noinclude>[[Category:SMS at a glance|models]][[Category:SMS Models]]</noinclude> | ||
Latest revision as of 14:56, 20 September 2017
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- SMS is a graphical interface that supports many numeric models
- The models were developed by government or private entities
- Hydrodynamic models compute water surface elevations and velocities (ADCIRC, SRH-2D, TUFLOW, etc.)
- Wave models compute wave characteristics (BOUSS2D, CGWAVE, etc.)
- GenCade is a shoreline model that predicts how the coastline will move based upon long term wave information
- PTM tracks particle positions through time based upon hydrodynamics and wave effects
