AUTODESK INFOWORKS ICM RIVER OVERFLOW ANALYSIS AND HYDROLOGIC STUDIES

Day 1

User Basics

·    Why use InfoWorks ICM for River Overflow and Hydrologic Studies?

Introduction to the Interface

·    Overview of the Essential Features of InfoWorks

·    Interface Components

·    Setting up the Interface

·    Software Interoperability

·    Thematic Mapping

Opening Files and Database Setup

·    Understanding Master Database Settings

·    Setting up Local Folders

·    Creating and Opening Master and Transportable Databases

·    Database Versions

·    Window Menu and Explorer Window

·    Overview of Model Groups and Networks

·    Units and Projection / Coordinate System

·    Data Flags

·    Setting User Defined Defaults

·    ICM Help

Setting up Project Data

·    Background Layers

·    Using Properties and Themes

·    Adding New Objects

Initial Model Setup

·    Understanding Master Databases

Running a 2D Simulation

·    2D Results Analysis

·    Log Results

·    2D Results Properties and Themes

·    Flood Theme

·    3D View

·    2D Results Objects

·    Results Analysis Object

·    Flood Section Window

·    2D Results Export

·    Model Troubleshooting

Basic 1D – 2D Models

·    2D Zones

·    Mesh Zones

·    2D Point Sources

·    2D Outfalls

·    Manhole 2D Flood Types

·    Setting up a 2D Run

·    Results Analysis

Refining the 1D – 2D Model

·    Roughness Zones

·    Breaklines

·    Voids

·    Mesh Level Zones

·    Boundary TWL

·    Adding a Culvert

·    Running the Simulation

·    Direct Rainfall Runoff (Optional Workshop)

·    2D Infiltration Zones (Options Workshop)

Advanced Topics

·    Risk Analysis and Impact Floodplain Design

·    Intro to Guidelines and Regulations for Master Planning

·    Model Groups and Networks

·    Units and Coordinate Systems

·    Data Flags

·    Setting Defaults

Working with 2D Ground Models

·    Importing TIM Files

·    Working with Point Cloud

Subcatchment Hydrology

·    Draining Subcatchments

·    Entering Subcatchment Data

·    Area Take-off Method (Optional)

Working with Rainfall Data

·    SCS Design Storm

·    NOAA Rainfall Generator

·    Rainfall Profile

·    Rain Gauges and Theisen Polygons

·    Average-Area Rain

Day 2

Creating a 2D River Model

·    Creating a 2D Zone

·    2D Line Sources

·    Terrain-sensitive Meshing

Applying 2D Linear Structures

·    2D Base Linear Structure

·    2D Sluice Linear Structure / 2D Bridge Linear Structures (Optional)

·    Applying Time-varying Geometry on a 2D Base Linear Structure (Optional Workshop)