Hydrodynamics 1D/2D Floodings

banner

Hydrodynamics – 1D/2D Floodings

A lot of effort is put in flood prevention, but what happens when a dike breaks or a water system
flows over? With SOBEK-Rural Overland Flow you can simulate these calamities to investigate
effect of measures, improve risk management and formulate policy. During the one day course you
will work with SOBEK-Rural Overland Flow in combination with SOBEK-Rural 1DFLOW. Aim of this
course is to improve your modelling skills and to get more out of SOBEK-Rural Overland Flow.

Course background

The course focuses on SOBEK-Rural Overland Flow (2D) module is fully integrated with SOBEK-Rural 1DFLOW, SOBEK-River 1DFLOW and SOBEK-Urban 1DFLOW for accurate flooding simulation. It is especially designed to simulate dam breaks and dike breaks. It is based upon the complete de Saint Venant Equations. It simulates steep fronts, wetting and drying processes, sub critical and supercritical flow, handles multi domains and even nested, and includes rainfall on the 2D grid.

Subjects

The course consists of short presentations and practical exercises. Participants will work on subjects like:

  • Explanation on 2D flow functionalities (options in coupling 1D and 2D flow, nested grids), including theoretical background;
  • Aspects of importance in constructing a good 2D flow model;
  • Exercises with different options in combining 1D and 2D flow;
  • Exercise with nested grids.

Participants

The course is aimed at river engineers and modellers from consultancy and engineering companies, provinces, water boards and universities. You are expected to have some experience with SOBEK, or to have gone through the SOBEK tutorial “Hydrodynamics – 1D/2D Floodings”. The course is meant for people who have experience with SOBEK 1D flow models.

Aim of the course

In this course participants learn:

  • The hydraulic background of overland flow to improve your insight;
  • How to use 2D functionality to improve your accuracy of your investigation;
  • How to check your schematization and results to improve the reliability of your advice;
  • How to visualize your results to communicate your findings;
  • Tips and tricks to save time.

Program

The program of Hydrodynamics – 1D/2D Floodings (in brief):

  • Presentation: Introduction to 1D/2D modelling;
  • Exercise: 1D2D modelling;
  • Presentation: Theory on the SOBEK-Rural Overland Flow (2D) module;
  • Exercise: Modelling floods;
  • Presentation: Advanced features of 1D/2D modelling.

Data

Tuesday 13 March 2012

Course leader

Mr. M.C.M.L. (Thieu) van Mierlo

Fee

The registration fee for this one day course, from 9:00 to 17:00 hrs, is € 565,- excluding VAT. 50% discount for lecturers at centres of education. The course fee includes course documentation, lunches and refreshments during the breaks. The fee does not include VAT. International participants from within the European Union are charged 0% VAT only when they provide their organizations VAT number. Participants from outside the European Union are exempt from VAT, hence 0% VAT will be charged. Please use the electronic form on this website for registration.

Certificate

We provide a certificate of participation.

Location

Deltares, Stieltjesweg 2, 2628 CK Delft, The Netherlands.

More information

  • Wendy Boerhave
  • +31 (0)88 335 81 88
  • Send mail

Register for download

Fill in your email address to get access to your download.

Your e-mail address is used to check if we have your customer information, to give you access to your download. If we do not have your details, you will be asked to complete a web form

During your next visit filling in your e-mail address will be sufficient to get direct access.

User registration

Are you a user of Deltares Systems software? Do you want to receive updates on new releases and additional information on a specific product? Fill in your information below and select one or more products.

  1. Male Female
  2. Yes

User registration - part 2

Check the product for wich you want to receive update information

  1. Applied Geology and Geophysics
  2. Catchment hydrology
  3. Coastal structures and waves
  4. Flood risk analysis
  5. Foundation engineering and underground works
  6. Freshwater ecology and water quality
  7. Groundwater management
  8. Harbour, coastal and offshore engineering
  9. Hydraulic lab support and instrumentation
  10. Hydrodynamics and real-time systems
  11. Industrial hydrodynamics
  12. Morphology and sediment dynamics
  13. Operational water management
  14. River dynamics and inland water transport
  15. Soil engineering
  16. Subsurface and Groundwater quality
  17. Urban Water and Subsurface
  18. Water quality and ecology


Registration complete

Your information is reconized by our system. This popup will self-close in a few seconds. Click on the link to complete your download