SMS:TUFLOW Project Workflow: Difference between revisions

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:#* Structures (culverts, weirs, bridge pressure flow).
:#* Structures (culverts, weirs, bridge pressure flow).
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!width="800" style="text-align:left;"|7. Set monitoring points.
!width="800" style="text-align:left;"|7. Define Materials.
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# Create a SRH-2D Monitoring Points coverage.
:# Create new [[SMS:Simulations|simulation]].
# Create feature points in the coverage.
:# Add components to simulation.  
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:# Set up [[SMS:SRH Model Control|Model Control]] parameters.
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:# [[SMS:Model Checker|Check the model]].
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:# Simulation execution.
!width="800" style="text-align:left;"|8. Define obstructions.
:# Troubleshooting.
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# Create a SRH-2D Obstructions coverage.
# Add arcs to coverage.
# Assign obstruction parameters to arcs.
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!width="800" style="text-align:left;"|9. SRH-2D simulation setup.
!width="800" style="text-align:left;"|8. TUFLOW simulation setup.
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:# Simulation execution.
:# Simulation execution.
:# Troubleshooting.
:# Troubleshooting.
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!width="800" style="text-align:left;"|9. Run TUFLOW.
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:# Check model simlation.
:# Run TUFLOW.
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Revision as of 18:05, 2 July 2015

To build a TUFLOW model in SMS, use the following steps:

3. Review and edit elevation data.
  1. Review and set object Projections.
  2. Remove erroneous points.
  3. Add breaklines.
  4. Merge datasets.
  5. Stamp new features (channel, roadway embankment, or other).
4. Define model limits (domain).
  1. Generate a Mesh Generator map coverage.
  2. Digitize arcs to define mesh limits.
  3. Define mesh density and type (in Mesh Generator coverage).
  4. Create arcs along key breaklines and notable features (banklines, structures, piers, road embankments, etc.).
  5. Set vertex spacing on arcs to define mesh element size.
  6. Specify mesh type for each polygon (pave / patch / none).
  7. Assign scatter data.
  8. Generate mesh.
5. Define materials.
  1. Create a SRH-2D Materials coverage.
  2. Digitize material areas (polygons).
  3. Define material types and Manning’s roughness values.
  4. Defining materials from land use GIS data.
6. Set-up boundary conditions.
  1. Create a SRH-2D Boundary Conditions coverage.
  2. Assign boundary conditions to arcs.
    • Inlet Q (options).
    • Exit-H (options, including new normal/critical depth tool).
    • Internal inflows and outflows (highlight approach – hole in mesh).
    • Monitoring Lines.
    • Optional Wall boundary conditions.
    • Structures (culverts, weirs, bridge pressure flow).
7. Define Materials.
  1. Create new simulation.
  2. Add components to simulation.
  3. Set up Model Control parameters.
  4. Check the model.
  5. Simulation execution.
  6. Troubleshooting.
8. TUFLOW simulation setup.
  1. Create new simulation.
  2. Add components to simulation.
  3. Set up Model Control parameters.
  4. Check the model.
  5. Simulation execution.
  6. Troubleshooting.
9. Run TUFLOW.
  1. Check model simlation.
  2. Run TUFLOW.
10. Review results.
  1. Open _XMDF file.
  2. Results layers.
  3. Observation lines.
  4. Summary table.
  5. Run the Plot Wizard.
  6. Data calculator.
11. Compare datasets.
12. Data visualization.
v • e
SMS – Surface-water Modeling System
Modules:1D Grid  •   Cartesian Grid  •   Curvilinear Grid  •   GIS  •   Map  •   Mesh  •  Particle  •   Quadtree  •  Raster  •   Scatter   •   UGridSMS.png
General Models:3D Structure  •   FVCOM  •   Generic  •   PTM
Coastal Models:ADCIRC   •   BOUSS-2D  •   CGWAVE  •   CMS-Flow   •   CMS-Wave  •   GenCade  •   STWAVE  •   WAM
Riverine/Estuarine Models:AdH   •   HEC-RAS   •   HYDRO AS-2D   •   RMA2   •   RMA4   •   SRH-2D   •   TUFLOW   •   TUFLOW FV
Aquaveo   •   SMS Tutorials   •   SMS Workflows
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