Training Course Content

    Stormwater Module


  • KEYBOARD SHORTCUTS OR ACCELERATOR KEY DEFINITION

  • ASCII CONTROL CHARACTERS

  • STARTING A NEW DRAWING / PROJECT
    - Create a New Drawing / Project file
    - Importing ASCII Files
    - Removing Duplicate Points
    - Assigning Surface Names

  • SETTING UP THE STORMWATER DEFAULTS
    - Default Settings
    - Design Parameters
    - Inflow Calculation Methods
    - Illudas Method
    - Rational Method
    - Wallingford Modified Rational Method
    - Geometric Controls
    - Manhole Conditions
    - Minimum Cover
    - Flow Controls
    - Minimum Velocity
    - Maximum Velocity
    - Inlet capacity
    - Detention storage
    - Design Controls
    - Dual runoff modeling
    - Inflow Hydrographs
    - Reservoir or Retention Pond
    - Reservoir Data - Name Page
    - Reservoir Routing Method
    - Array Page or Storage Discharge Profile
    - Graph Page
    - Printing Reservoir Data
    - Infiltration
    - Soil Classification
    - Design Storms
    - Chicago Storm
    - Chicago Storm from IDF Curve Data
    - Chicago Storm from Regionalized Data
    - Other Storm Types
    - The Array page.
    - The Hyetograph Page
    - Pump Data
    - Pump Station Name Page
    - Pump Station Sump Page
    - Pump Station - Pumps Page
    - How the Pump works
    - Quantity Parameters
    - Depth Increments
    - Bedding Class
    - Soft Material
    - Hard Material
    - Link Tables
    - Link Name
    - Link Sizes Dialog
    - Pipe Culverts
    - Box Culverts
    - Portal Culverts
    - Custom Culverts
    - Link Flow curve Dialog

  • SETTING UP THE STORMWATER MODEL
    - Data Input
    - Import Stormwater data from an ASCII file
    - Import Hydrograph
    - Data Preparation for Converting Drawing Entities
    - Stormwater Pipes
    - Node or Manhole Names
    - Outfalls.
    - Diameters
    - Convert Drawing Entities
    - Importing the Cad entities

  • DISPLAY SETTINGS
    - Displaying the Stormwater Toolbar
    - Display the nodes and links
    - Node Settings
    - Link Settings
    - IDE Layers
    - Display additional link data

  • INPUT CATCHMENT CHARACTERISTICS AND ANALYZE THE STORMWATER MODEL
    - Input catchment characteristics
    - Setting the Index Order in the Database
    - Tracing a Branch
    - Graphically Adding Subcatchments
    - Analyze the network
    - Routing Method
    - Continuity Equation
    - Time Shift
    - Calculate Quantities

  • MODIFYING THE STORMWATER MODEL
    - Graphically Add Nodes
    - Graphically Move Node
    - Graphically Connect Nodes
    - Graphically Insert Node
    - Graphically Delete Node
    - Recalling a Deleted Node
    - Graphically Classify Nodes and Links
    - Adding a Pump to a Node
    - Adding a Reservoir to a Node
    - Input Dual Runoff system
    - Link Hydrographs
    - Array
    - Graph
    - Inspect the Pump Link in a Vertical Alignment
    - Side Outlets and Discharge Chutes
    - Removing Nodes and Retaining Subcatchments
    - Adding Side Outlets & Chutes
    - Adding Overflow Nodes
    - Attaching Subcatchments to Side Outlets
    - Extracting node levels from the Terrain Model
    - Display Link sizes and slopes
    - Colour Scheme
    - Colour Scheme for Links
    - Graphically Editing Longitudinal Section data
    - Edit node and link parameters
    - Check Link Cover
    - Checking for Clashes

  • PRINTING AND PLOTTING RESULTS
    - Printing input data and results
    - Creating the final layout plan
    - Plotting Stormwater Longsections