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 MIKE 11
has a flexible and very user-friendly user interface. Input data for the simulations are prepared through graphical and tabular editors providing excellent
features for editing, analysis and presentation of input data. All input editors allow for flexible import and export of data through ASCII files and have features for easy
exchange of data with spread sheets through the clipboard.
For graphical and tabular presentation of MIKE 11 simulation results, MIKE View
provides a range of efficient features. These include plots and/or tables of time series, longitudinal and cross-section profiles, and Q/h curves.
The MIKE 11 model results are viewed using the MIKE View result viewing software. The MIKE View software is
used to load model result files into the computer memory for fast access. The user can then select various tools to
extract information such as profile plots, time-series plots, cross-section properties, flow-stage relationships and statistical relationships.
 The software provides reload features which allow pre-prepared window layouts to
be displayed automatically. A user creates multiple plots with various types of information and saves this layout format. A window layout can then be recalled
without the need to redefine the input variables and formats.
MIKE View is also available as an inexpensive stand-alone tool. The use of MIKE
View as a 'multi-media' reporting tool is increasing. More and more consultants are including simulation result files in their final report to their clients. Thus, MIKE
View is now also available in 'bundles' at even lower prices.
Integrated Modular Structure
MIKE 11 is the most complete river modeling system available. It is designed with an integrated modular structure
and includes many add-on modules, each simulating a specific environmental phenomena process in the river
system. Each module can be operated separately allowing coupling of physical, chemical or biological processes (e.g., river morphology, sediment re-suspension, and water quality) covering:
- Rainfall-runoff modeling
- Hydraulic and operational structures
- Real-time flood forecasting, flood control and management
- Cohesive/non-cohesive sediment transport
- Water quality, including heavy metals and eutrophication
MIKE 11 can also be directly coupled to
- MIKE SHE for advanced integrated groundwater and surface-water modeling
- MOUSE for advanced integrated river and pipe modeling
- MIKE 21 for advanced integrated 1-D and 2-D modeling
Such a modular design offers tremendous flexibility.
MIKE 11 can be used for
- Flood risk analysis and mapping
- Design of flood alleviation channels, structures and storage ponds
- Hydraulic design of bridges
- Floodplain encroachment analysis
- Drainage and irrigation studies
- Optimization of river and reservoir operations
- Dam break analysis
- Real-time flood forecasting
- Integrated groundwater and surface-water analysis (with MIKE SHE)
MIKE 11 can also be used to calculate
- Sediment loads in rivers and long term morphological impacts
- Fate and transport of pollutants in single or 2-layer systems
- The flow, erosion and deposition of cohesive sediments
- Salinity intrusion in rivers and estuaries
- Water quality impacts of sewage and agricultural runoff, and effects on the oxygen balance
- Water quality conditions in reservoirs including oxygen, temperature and eutrophication.
Available Computational Modules
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