1. Introduction hydrologic and hydraulic modelling using MIKE11 (NAM and HD) Gennadiy Donchyts UCEWP, Kiev

2. Contents NAM model overview HD model overview Building model, calibration and verification Hydro-meteo (Q, h, P, T, E) Cross-sections (distance, accuracy, source data) Structures (bridges, weirs, gates, reservoirs, etc.) Additional data (DEM/DTM, TIN, Vector, Satellite, Aerial) Calibration and verification process Example flood-related projects in Transcarpathia

3. Processes that can be simulated by MIKE11 NAM HD

4. Hydro and morphological data used for the rainfall- runoff model customization

5. NAM – introduction NAM model is deterministic, lumped, conceptual model NAM is a set of linked mathematical statements describing the behaviour of the land phase of the hydrological cycle

6. Structure of NAM model Snow storage Surface storage Lower and root zone storage Groundwater storage

7. Conceptual diagram of NAM

8. Data requirments Model parameters Initial conditions Meteorological data Hydrological data

9. Hydrologic and meteorological data for NAM Rainfall (mm) Potential evapotranspiration (mm) Temperature (C o ) Discharge (m 3 /s) Water level (m)

10. Mike11 calibration. NAM model 9 subcatchments  Uzh – 4 subcatchments  Latoritsa – 5 subcatchments

11. Input data for NAM

12. Uzh River calibration, 1998 Zhornava 550 km 2 Zaricheve 1280 km2 Uzhgorod 1970 km2

14. Main screen of the NAM model

15. Uzh River calibration, 1998

17. Uzh River calibration, 2001

19. Mike11 HD model MIKE 11 is a hydrodynamic model that computes unsteady flows in river and estuaries. Sev-Venan equations  Mass balance  Momentum balance

20. Data requirments Model parameters Initial conditions (Q, h) Boundary conditions (Q, Q/H) Lateral inflow (NAM results Hydraulic structures data

22. Bridge example

23. 10 000 map example

24. MIKE11 Time-Series data (.dfs0)

25. MIKE11 customisation Preparation of data in the MIKE11 files format Hydrodynamic model setup (HD river network schematization) Model calibration and validation

26. MIKE11 Crossections data (.xns11)

30. MIKE11 River network data

31. NAM Rainfall-Runoff model validation Mukachevo Nelipine

32. Mike11 calibration Latoritsa Not enough Too much Dyke breaks occurred Polders were used

34. Storage channel Slatina Visokoberezhni y Charonda -Latoritsa Stara

35. Місце злиття річок Турія та Уж