MIKE 11 - Dynamic modeling of river, channel and reservoir hydraulics
MIKE 11 is an industry standard for simulating flow and water level, water quality and sediment transport in rivers, flood plains, irrigation canals, reservoirs and other inland water bodies.
Flexibility and speed ensure efficient modelling applications for all aspects of river engineering. In-built parameter optimization tools facilitate efficient model calibration and provide uncertainty assessment of results.
MIKE 11 can be applied on applications ranging from simple design investigations to large forecasting projects including complex hydraulic structure operation policies.
Through dynamic couplings to other DHI software products MIKE 11 allows you to integrate your river and floodplain modeling with models for watershed processes, detailed floodplain representation, sewer systems and coastal processes. MIKE 11 offers also links to external groundwater, and is OpenMI compliant.
Typical application areas for MIKE 11 includes:
- Flood risk analysis and alleviation design;
- Real-time flood forecasting;
- Dam break analysis;
- Optimization of reservoir and canal gate / structure operations;
- Ecological and water quality assessments in rivers, reservoirs and wetlands;
- Real-time water quality forecasting and pollutant tracking;
- Sediment transport and river morphology;
- Salinity intrusion in rivers and estuaries;
- Integrated surface water and groundwater and water analysis.
MIKE FLOOD -Integrated Flood Modelling
MIKE FLOOD is a comprehensive modelling package covering all the major aspects of flood modelling. MIKE FLOOD integrates flood plains, streets, rivers and sewer/storm water systems into one package. Using this integrated approach enables the best engineering and numerical practices to be used where appropriate.
MIKE FLOOD integrates three of the most widely used hydrodynamic models namely MIKE 21, MIKE 11 and MIKE URBAN into one package. The philosophy being that the appropriate spatial resolution is applied where needed e.g. pipes and narrow rivers are modelled using one-dimensional solvers whereas the overland flow is modelled using two spatial dimensions.
MIKE FLOOD offers the following advantages as compared to traditional flood modelling techniques:
- Coupled 1D/2D
- Integration of hydraulic structures in 2D grids
- Effective, stable and locally/globally mass conserving flooding/drying routine
- Applied for riverine, urban and coastal flood mapping
- Accurate and physically based simulation of flow splits
- Extensive user support and documentation.
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