Getting Started
ARR 2019 Seminar
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Part 1 - Introduction to ARR 2019 (13:34)
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Part 2 - Effective Impervious Areas & Catchment Definitions (21:01)
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Part 3 - Hydrology Overview (13:25)
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Part 4 - Ensembles of Temperal Patterns (16:12)
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Part 5 - Sourcing ARR 2019 Data & IL-CL Values (24:32)
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Part 6 - Summarising ARR & IL-CL in Urban Drainage Systems (5:21)
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Part 7 - RFFE - Regional Flood Frequency Estimation Model (5:00)
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Part 8 - DRAINS & ARR Design Objectives (27:01)
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Part 9 - Demonstration of ARR 2019 with DRAINS (24:06)
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Post ARR Seminar Survey (2-3 minutes)
Chapter 1 - Getting Started
Chapter 2 - Assembling a DRAINS Model
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Part 1 - Introduction & Obtaining Data (15:01)
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Part 2 - Setting up the Project Menu (19:41)
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Part 3 - Configuring Pipes & Pits (13:01)
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Part 4 - Configuring Catchment Data (4:59)
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Part 5 - Configuring Overflow Routes (38:19)
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Part 6 - Performing a Design Run (7:40)
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Part 7 - Analysing ARR 2019 Storms (25:09)
Chapter 4 - Open Channels
Chapter 5 - Storage Network Routing Model & Horton ILSAX
Chapters 3, 6 & 7 - Database, Full Unsteady Hydraulic Model & Design Considerations
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Part 1 - The Full Unsteady Hydraulic Model (Formerly Premium) (Chapter 6) (42:44)
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Part 2 - Customising Pipes, Pits & Overflow Routes (Chapter 3) (57:56)
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Part 3 - Optimising Your Design (Chapter 7) (39:08)
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Extra - Large Model with over 2000 Pits, Pipes, Catchments & Overflow Routes (3:35)
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Extra - Property Drainage - Modelling Direct Connections from Roofs (5:57)
Exercise - Wondonga Victoria
Chapter 8 - Introduction to On-Site Detention Systems
Chapter 10 - Complex Detention System
Other Aspects of DRAINS
Course Completion
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