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Advanced Drainage Modeling Software with Enhanced User Interface and Simulation Capabilities

This technology preview by Andrew Walker introduces a comprehensive drainage system modeling tool with advanced features like 1D and 2D integration, new user interface, multi-user version control, and improved GIS support. The software allows for modeling both natural and engineered drainage systems, complete with manholes, pipes, inlets, channels, catchment, and floodplain. It offers scenario management for rapid model building and network analysis, simulation server for efficient running of simulations, and GPU acceleration for complex calculations. Case studies and example models showcase the software's capabilities in assessing property flooding causes and hazard ratings. Available for Windows 7, Vista, and XP, it supports all 64-bit operating systems and provides a user-friendly experience with enhanced visualization and analysis tools.

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Advanced Drainage Modeling Software with Enhanced User Interface and Simulation Capabilities

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  1. Technology Preview presented by Andrew Walker

  2. New to the InfoWorks Suite. • Ability to model the complete above and below ground drainage system (natural and engineered) in one model.

  3. Single simulation engine • Manholes, pipes, inlets • Natural and man-made channels • Catchment and floodplain • Common hydrology • 1D and 2D integrated solution • New User Interface • New multi user version control system • New editing methodology • New grouping structure • Recycle bin

  4. New User Interface • New Multi-User Version Control System • More intuitive • Less clicks • Easier to use • Latest Technologies • Designed for Windows 7, Vista and Xp • Supports all 64-bit operating systems • Improved GIS experience • Multi GIS platform support • ESRI ArcGIS • MapInfo Professional

  5. Tree View • New grouping structure • New editing methodology • Recycle bin • Tabbed Windows • Group docking windows together • Easy switching between views

  6. New Data Views • New Model Edit Strip • New Transparencies • New 3D rendering in LS • River reaches • Bridges • Radial sluices • New flood mapping

  7. True 3D Graphical Representation of Structures

  8. Scenario Management for rapid model build and network analysis • Allows different “what if” scenarios to be quickly applied to a base Network • Enables efficient examination of alternative modelling scenarios • User selects which scenarios to analyse, the software automatically runs all the different scenarios

  9. Scenario Manager

  10. Scenario Management for rapid model build and network analysis

  11. Simulation Server • Simulations can be run on • Stand-alone workstations • Within a Workgroup sharing computer resources • Within an Enterprise System with dedicated servers and central store • Supports the concurrent running of multiple simulations, even with a single licence • Users are able to monitor and control the progress of selected simulations • Possible to re-schedule the queue and priority of simulation jobs

  12. GPGPU GPGPU New Simulation Server

  13. GPU acceleration is significant! • Example : 2D Model, Auckland NZ • 1,500Ha area with rainfall on 100% of the mesh. • Just under 1 million 2D elements.

  14. Example Models

  15. Calculate overland flow path and likely property inundation

  16. Calculate a hazard rating, based on flood flow velocity, depth and debris potential

  17. Case Study - Calculate cause of property flooding – stormwater or river flooding?

  18. Case Study - Calculate cause of property flooding – stormwater or river flooding?

  19. Technology Preview presented by Andrew Walker

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