Stormwater Drainage Design Fundamentals (Ep5): Overland Flow&Flood Extents - Training Webinar Series

00:02 Introduction 05:03 Brief recap of previous episodes 06:47 Overland Flow Model 23:29 Overland Flow Hydraulics with the Rational Method 43:56 Settings Affecting Bypass Flow at Inlet Nodes 50:47 The drainage4d setup file 55:30 Flood Extents with the Rational Method 01:03:50 Viewing and Checking the Flood Extents 01:08:43 Q&A This series of training webinars – Stormwater Drainage Design Fundamentals – covers the basic and intermediate aspects of the Water modules in 12d Model 14, with special emphasis on the design of stormwater drainage. It is presented as a condensed overview of the material normally covered in the first two days of the formal Three Waters training courses (W01 to W06) offered regularly by 12d Solutions. This material is assumed knowledge for many of the more advanced training courses available in the 12d Water suite. A construction-ready drainage model – including catchments, pits, pipes, culverts, channels and flood extents – is created from scratch in 3D and designed for specified minor and major storm events using the Rational Method. Output plans, long-sections and calculation tables are also produced. This webinar is Episode 5 of the series: Overland Flow & Flood Extents. It shows the Water Network Editor being used to establish links between water networks and overland flow strings. The water networks are then analysed to produce 3D models of the flood extents, relative to the surface model, indicating the combined effect of catchment runoff and bypass flow rates. This step is fundamental to achieve a design with a nominated immunity, and to verify that inlet nodes are properly located to control the overland flows. Difficulty Level: Basic-Intermediate For more information, please visit our website www.12d.com or email [email protected]