Training Course ContentSewer Module- Importing ASCII Files - Removing Duplicate Points - Assigning Surface Names - Design Parameters - Inflow Design Parameters - Friction Loss Formula - Geometric Controls - Manhole Conditions - Minimum Cover - Flow Controls - Minimum Velocity - Maximum Velocity - Use Minimum Full-Bore Velocity - Unit Flow Method - Harmon Formula Method - Inflow Hydrograph method - Pump Data - Pumps Page - Depth Increments - Bedding Classes - Link Tables - Erf Connection Design - Sewer in a Road Reserve - Sewer in Midblock - Erf Connection Defaults - Erf Connection Types Dialog - Terrain Page - Import Sewer data from an ASCII file - Import Inflow Hydrograph - Data Preparation for Converting Drawing Entities - Sewer Pipes - Node or Manhole Names - Outfalls. - Diameters - Convert Drawing Entities - Importing the cad entities - Display the nodes and links - Node Settings - Link Settings - IDE Layers - Display additional link data - Tracing a Branch - Analyze the network - Calculate Quantities - Erf Connection to a Sewer in the Road Reserve - Erf Connection to Sewer in Midblock - Analyze Erf Connections - Updating Sewer Line Levels - Erf Connection Data - Erf Connection - Erf Details - Link Details - Results - 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 - Inspect the Pump Link in a Vertical Alignment - Extracting node levels from the Terrain Model - Display Link sizes and slopes - Colour Scheme for Links - Graphically Editing Longitudinal section data - Edit node and link parameters - Check Link Cover - Checking for Clashes - Creating the final layout plan - Plotting Sewer Longsections |