SMS:TUFLOW Overview: Difference between revisions

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* [[SMS:TUFLOW Coverages#TUFLOW 2D Flow Constriction Shape Coverage|TUFLOW 2D Flow constriction Shape Coverage]]
* [[SMS:TUFLOW Coverages#TUFLOW 2D Flow Constriction Shape Coverage|TUFLOW 2D Flow constriction Shape Coverage]]
* [[SMS:TUFLOW 2D Geometry Components|TUFLOW 2D Geometry Components]]
* [[SMS:TUFLOW 2D Geometry Components|TUFLOW 2D Geometry Components]]
* [[SMS:TUFLOW 2D Z Lines/Polygons (Simple) Coverage|TUFLOW 2D Z Lines/Polygons (Simple) Coverage]]
* [[SMS:TUFLOW Coverages#TUFLOW 2D Z Lines/Polygons (Simple) Coverage|TUFLOW 2D Z Lines/Polygons (Simple) Coverage]]
* [[SMS:TUFLOW 2D Z Lines (Advanced) Coverage|TUFLOW 2D Z Lines (Advanced) Coverage]]
* [[SMS:TUFLOW Coverages#TUFLOW 2D Z Lines (Advanced) Coverage|TUFLOW 2D Z Lines (Advanced) Coverage]]
* [[SMS:TUFLOW AD|TUFLOW AD]]
* [[SMS:TUFLOW AD|TUFLOW AD]]
* [[SMS:TUFLOW Boundary Conditions|TUFLOW Boundary Conditions]]
* [[SMS:TUFLOW Boundary Conditions|TUFLOW Boundary Conditions]]

Revision as of 19:33, 8 April 2013

TUFLOW

Overview

TUFLOW is a one-dimensional (1D) and two-dimensional (2D) flood and tide simulation software. It simulates the complex hydrodynamics of floods and tides using the full 1D St Venant equations and the full 2D free-surface shallow water equations.

TUFLOW interface

The TUFLOW interface in SMS exists in several modules including: Cartesian Grid Module, Map Module, Scatter Module, and Mesh Module. Many of the TUFLOW building blocks are managed using the Project Explorer.

How do I use TUFLOW?

The SMS tutorials are a good place to start learning to use SMS and associated models. The following tutorials will help get you started using TUFLOW.

  • Models | TUFLOW 2D
  • Models | TUFLOW 1D
  • General | Data Visualization
  • General | Observations

Numeric Engine Background

The TUFLOW computational engine computes 1D and 2D hydraulic solutions. The engine is very stable making it an excellent choice for models with lots of wetting and drying. TUFLOW includes 1D cross-sections, 1D pipe networks, 1D and 2D hydraulic structures, and allows rainfall directly on the model domain so it is useful in many different applications including coastal, riverine and urban settings.

For more information see the TUFLOW webpage www.tuflow.com

Related Topics