MIKE 11. River Modelling Unlimited. 4 Application Areas

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1 WATER RESOURCES MIKE 11 River Modelling Unlimited Application Areas MIKE 11 is the industry standard for simulating flow, water quality and sediment transport in estuaries, rivers, irrigation canals and other surface water bodies in many regions. The reason is simple. It provides a wealth of capabilities that span the entire range of applications - from basic routing to complex, fully dynamic modelling. Yet it remains user friendly and efficient. MIKE 11 in brief Flood analysis and alleviation design Real-time flood forecasting Dam break analysis Optimisation of reservoir and canal gate / structure operations Ecological and water quality assessments in rivers and wetlands Sediment transport and river morphology studies Salinity intrusion in rivers and estuaries Proven - used in hundreds of applications around the world. The de facto standard in many countries. Approved by numerous governmental organisations and bodies Extendable - modules available for virtually any type of river modelling you can envisage Efficient - most computational modules include features for auto-calibration, sensitivity analysis and uncertainty assessment Affordable - fully configurable modular structure allows you to choose the package that best suits your project budget and simulation requirements User-friendly - a logical structure and workflow, flexible data input and manipulation features, and familiar graphical tools makes it easy to learn, easy to use, easy to achieve results quickly and easy to upgrade from HEC- RAS models Persuasive - an impressive selection of data interpretation and visualisation tools makes it easy to generate convincing presentations for public dissemination of information. Presentation of results using MIKE View. Flood mapping with MIKE 11 GIS. MIKE 11 Modules The computational core of MIKE 11 is the fast, efficient and robust hydrodynamic simulation engine. This is complemented by a wide range of additional modules and extensions covering almost all conceivable aspects of river modelling. HD - Hydrodynamics The hydrodynamic engine is available in four different sizes (75, 250, 450 and unlimited nodes). Each size of MIKE 11 includes: fully dynamic solution to the complete nonlinear St. Venant equations for open-channel flow choice of diffusive and kinematic wave approximations in selected branches options for Muskingum and Muskingum- Cunge methods for simplified channel routing in selected branches automatic adaptation to subcritical and supercritical flow Standard hydraulic structures such as weirs, culverts, bridges, pumps, energy loss and tabulated structures. RR - Rainfall-Runoff Includes the unit hydrograph method, a lumped conceptual continuous hydrological model and a monthly soil moisture accounting model. Allows any model combination in the network. Includes auto-calibration tool. SO - Structure Operation Simulates operational structures such as sluices, overflow and radial gates as well as pumps and reservoir releases with user-defined operating strategies. DB- Dam Break Provides complete facilities for fast and convenient definition of dam geometry, breach development in time and space as well as failure mode. Includes DAMBRK / FLDWAV compatibility switch. 4

2 WATER RESOURCES Visualised with MIKE Animator. Simulation of water level with confidence intervals. MIKE 11 Integration AUTOCAL- Automatic Calibration Allows automisation of the calibration process for a wide range of parameters, including RR parameters, Manning number, head loss coefficients, WQ parameters, etc. See Autocal description on page 33 AD - Advection-Dispersion Transport and spreading of conservative pollutants and constituents with linear decay (including heat). ST / GST - Non-Cohesive Sediment Transport, erosion and deposition of non-cohesive and graded noncohesive sediments, including simulations of river morphology. ACS - Cohesive Sediment 3-layer bed description, which includes quasi-2d erosion. ECO Lab - Ecological Modelling A numerical laboratory for ecological and water quality modelling. MIKE 12 / MIKE 11 Stratified Modelling vertical density differences, such as salinity or temperature in two-layer or multilayered stratified water bodies. HDQSS / ADQSS - Quasi-Steady State HD and AD modules simulating quasisteady state scenarios. FF/ FW - Flood Forecasting Simulation package and GIS front-end for setting up operational flood forecasting systems. Includes real-time updating and Kalman filtering. Load Estimation of nonpoint pollutant load from, for instance, agricultural activity. GIS Enables extraction of cross-section data from DEMs, and combines DEMs and 1D simulations into 2D flood maps and animations. View FM Provides visualisation tools for output from MIKE 11. MIKE 11 user interface. 2D flood map output. Examples of MIKE 11 river network configurations. MIKE 11 links seamlessly with other packages: MIKE 21 - for combined 1D-2D flood modelling (see MIKE FLOOD) MIKE SHE - for integrated surface water and groundwater modelling FEFLOW - for subsurface flow and mass transport MOUSE - for integrated urban catchment modelling - for GIS-based automated hydrology and hydraulics Visual MODFLOW - for 3D groundwater flow and contaminant transport modelling MIKE 11 supports metric and US units Pricing MIKE 11 HD75 MIKE 11 Studio HD250 + SO MIKE 11 Professional HD450 + SO + RR MIKE 11 AD MIKE 11 ST MIKE 11 ECOLab 995 5,995 9,995 2,395 2,395 4,500 Ask about other modules and packages University discounts available Multicopy discounts available The above prices are for stand-alone licences. Network licences are available. 5

3 WATER RESOURCES / URBAN MIKE FLOOD Model All Types of Flooding in 1D and 2D Application Areas River/flood plain interaction Detailed dam break studies Integrated urban drainage and river modelling Urban flood analysis MIKE FLOOD is an integrated flood modelling package for rivers (MIKE 11), surface flow (MIKE 21) and urban drainage (MIKE URBAN). It dynamically couples well proven 1D and 2D modelling techniques into one single powerful tool. This package offers a user-friendly approach to modelling inundation caused by the overtopping of river embankments or overloaded stormwater systems. Visualised in World Wind. MIKE FLOOD in brief Detailed flood modelling in streets. MIKE FLOOD builds on your existing knowledge and data With MIKE FLOOD you can leverage your investment in MIKE 11 river models or MIKE URBAN collection system models and expand your capabilities to more detailed 2D modelling of flood plains and urban areas. You can rapidly establish 2D flood models from digital elevation data and subsequently refine your model by adding hydraulic structures from the unique arsenal of MIKE 11. Advanced unmatched capabilities for detailed flood modelling Efficient prepare your first model in hours, based on DEM data or existing models Accepted by US Federal Emergency Management Agency (FEMA) for use in the National Flood Insurance program (NFIP) Compatible reuse existing MIKE 11, MIKE URBAN and MIKE 21 models directly Supported comes with a 12-month free hotline support and free updates 6

4 WATER RESOURCES / URBAN MIKE FLOOD highlights Smooth and robust coupling of 1D and 2D hydrodynamic models Flood inundation maps Comprehensive GIS integration Animations as part of the result presentation Efficient and stable modelling of the change from dry to flooded areas Extensive capabilities for stormwater and combined sewer systems Comprehensive structure package Dam and embankment failure tools Extensive toolbox for time series analysis Automated linkage routines Simulation of the flooding following a dam breach. Pricing MIKE FLOOD ELP MIKE 11 HD75 MIKE 21 HD/PP 25,000 MIKE FLOOD Studio MIKE 11 HD250 + MIKE 21 HD/PP 80,000 MIKE FLOOD Professional MIKE 11 HD450 + MIKE 21 HD/PP 80,000 Other options available MIKE FLOOD Urban ELP MU Entry incl CS Pipeflow and CS-RR MIKE FLOOD Urban Studio MU Village incl CS Pipeflow and CS-RR MIKE FLOOD Urban Professional MU Town incl CS Pipeflow and CS-RR 4,300 14,995 18,995 4,300 14,995 18,995 Ask about upgrade prices from MIKE 11, MIKE URBAN or MIKE 21 University discounts available Multicopy discounts available The above prices are for stand-alone licences. Network licences are available. 7

5 MIKE 21 2D Modelling of Coastal Waters and Seas 1 Typical Application Areas Design data assessment for coastal and offshore structures Optimisation of port layout and coastal protection measures Cooling water, desalination and recirculation analysis Environmental impact assessment of marine infrastructures Water forecast for safe marine operations and navigation Coastal flooding and storm surge warnings Inland flooding and overland flow modelling Single grid. MIKE 21 is a professional engineering software package for the simulation of flows, waves, sediments and ecology in rivers, lakes, estuaries, bays, coastal areas and seas. MIKE 21 provides a complete and effective design environment for engineering, coastal management and planning applications. The combination of an advanced GUI and efficient computational engines has made it an irreplaceable tool for professional coastal and harbor engineers around the world. MIKE 21 is also used for environmental applications together with ECO Lab. Thousands of engineers and scientists rely on MIKE 21 as their key modelling tool. MIKE 21 in brief Trouble-free - advanced software tool with GUI facilities for easy applications Efficient - fast and reliable simulation engines, which ensure high productivity a true workhorse Handy - support software for data handling, analysis and presentation Extensive - includes modules for virtually any kind of coastal and offshore modelling needs Compatible - GIS integration and tools for processing model data in third party products like MatLab Flexible - the range of computational grids, modules and licence options ensures model selection customized to your needs and purpose Accepted - well-proven technology with 30 years of track record and widely used on all continents. Simulation Engines The MIKE 21 system comprises the following simulation engines: Single Grid - the classic rectilinear model is easy to set up, easy I/O exchange, straight-forward navigation in model and presentation Multiple Grids - dynamically nested rectilinear model with the ability to tailor grid resolution in areas of interest Flexible Mesh - maximum flexibility for tailoring grid resolution within the model The Flexible Mesh (FM) version comes with the 3-in-1 package, including the Multiple Grids and Single Grid engines. Attractive Entry Level Packages (ELPs) are available for all simulation engines in sizes ranging from 5,000 to 50,000 water points. MIKE 21 Modules MIKE 21 consists of the following modules: PP - Pre- and Post-Processing The PP module offers an integrated work environment providing convenient and compatible routines to ease the tasks of data input, analysis and presentation of simulation results. HD - Hydrodynamics The HD module simulates the water level variations and flows in response to a variety of forcing functions. It includes a wide range of hydraulic phenomena and can be used for any 2D free-surface flow in which stratification can be assumed vertically well-mixed. AD - Advection-Dispersion Simulates the transport, dispersion and decay of dissolved or suspended substances. Typically used in cooling water and sewage outfall studies. 20

6 2 3 Multiple grids. Flexible mesh in-One! Upgrade to flexible mesh and keep your single and multiple grid licences MIKE 21 Flow Model FM now with full dynamic coupling between eg flow, waves and sediments extending the application range further into coastal engineering and morphology. ST - Sediment Transport Advanced sand transport model with several formulations for current and current/wave generated transport. Used for morphological optimisation of port layouts, impact of shore protection, stability of tidal inlets, etc. 3D description of sediment transport rates is included in the Flexible Mesh version, but available as add-on module in Single and Multiple Grids. MT - Mud Transport A combined multi-fraction and multi-layer model that describes erosion, transport and deposition of mud (cohesive sediment) or sand/mud mixtures. CAMS - Coastal Morphology A powerful, integrated system that combines the wave, flow and sediment transport models into a fully dynamic morphological model. PA - Particle Simulates transport and fate of dissolved and suspended substances. Used for risk analysis, accidental spillage, monitoring of dredging works, etc. SA - Spill Analysis Simulates the spreading and weathering of suspended substances and is used for only forecasting oil spill, evaluating spill scenarios for contingency plans, etc. ECO Lab - Ecological Modelling Read about this module on page 18. SW - Spectral Wave Model A 3rd generation spectral wind-wave model that simulates the growth, decay and transformation of wind generated waves and swell in offshore and coastal areas. NSW - Near Shore Spectral Wind-Wave Model The model describes propagation, growth and decay of short period and short crested waves in near shore areas. PMS - Parabolic Mild Slope Wave Model A linear refraction-diffraction model used to study wave disturbance in open coastal areas. Also (with some limitations) for computing wave fields in coastal areas with structures. EMS - Elliptic Mild Slope Wave Model Efficient model used to study wave dynamics in coastal areas and, for instance, harbor resonance in response to linear and monochromatic wave forcing. BW - Boussinesq Wave Model The state-of-the-art tool for studies and analysis of wave disturbance in ports, harbors and coastal areas. Now with full surf and swash zone dynamics. HD AD ST MT CAMS PA SA ECO Lab SW NSW PMS EMS BW PP HD ST Waves* PA Single Multiple FM 1 = requires these modules 1 Dynamic coupling between flow, waves and sediment modules is included in FM * NSW, PMS Model Integration MIKE 21 links seamlessly and fully dynamically with other DHI Software products, including: MIKE 11 - for combined 1D and 2D inland flood modelling - see also MIKE FLOOD MOUSE - for advanced urban flood modelling. The common file format ensures that output from one model can be used as input or boundary data in another model, eg from LITPACK to MIKE 21 or MIKE 21 to MIKE 3 Pricing MIKE 21 ELP (PP+HD+AD) 5,000 water points / 3,000 elements (Other sizes and module combinations available) MIKE 21 PP + HD (full commercial PP +HD single grid with no limitations) MIKE 21 wave models Add-on Modules 4,900 25,300 from 6,900 2,900-14,900 Ask about other modules and packages University discounts available Multicopy discounts available The above prices are for single-user licences. Network licences are available. 21

7 MIKE 3 3D Modelling of Coastal Waters and Seas 1 Typical Application Areas Assessment of hydrographic conditions for design, construction and operation of structures and plants in stratified waters Environmental impact assessment studies Coastal and oceanographic circulation studies, including fine sediment dynamics, sea ice simulations, etc Lake hydrodynamics Water pollution studies and restoration projects Analysis of cooling water recirculation and desalination Water quality and ecological forecasting, e.g. algae blooms Phenomena whenever 3D flow structure is important MIKE 3 is a professional engineering software package for 3D free-surface flows. It is applicable to simulations of flows, cohesive sediments, water quality and ecology in rivers, lakes, estuaries, bays, coastal areas and seas. MIKE 3 forms a unique professional software tool for consultancy services related to design, operation and maintenance tasks within the aquatic environment. MIKE 3 is the result of 20 years of continuous development and is tuned through the experience gained from hundreds of applications worldwide. MIKE 3 in brief Trouble-free - advanced software tool with GUI facilities for the benefit of easy applications Efficient - fast and reliable simulation engines ensure high productivity Handy - includes support software for data handling, analysis and presentation Flexible - range of computational grids, modules and licence options available Accepted - well-proven technology with a track record of 20 years in the business and widely used in all continents. Single grid Simulation Engines MIKE 3 has the following simulation engines: Single Grid - the classic rectilinear model easy to set up, easy I/O exchange, straight forward navigation in model and presentation Multiple Grids - dynamically nested rectilinear model with the ability to tailor grid resolution in areas of interest Flexible Mesh - maximum flexibility for tailoring grid resolution within the model. For the Single Grid and Multiple Grids versions, the fully time-dependent non-linear equations of continuity and conservation of momentum in three dimensions are solved by finite difference techniques with the variables defined on a rectangular staggered grid in x, y and z-space. Two different hydrodynamic engines are included. A nonhydrostatic version, which applies an artificial compressibility, and a hydrostatic version. The Flexible Mesh (FM) version uses a cell-centered, finite volume method for discretization of the flow and transport equations. In the horizontal plane (Cartesian or spherical coordinates), an unstructured grid consisting of triangles is used. In the vertical domain, a structured, layered discretization is used with dynamic surface adaptive grids. 22

8 2 3 Multiple grids Flexible mesh in-One! Upgrade to Flexible mesh and keep your Single and Multiple grid licences MIKE 3 Modules MIKE 3 consists of the following modules: PP - Pre- and Post-Processing The PP module offers an integrated work AD - Advection-Dispersion Simulates the transport, dispersion and decay of dissolved or suspended substances. Typically used in cooling water and sewage outfall studies. ECO Lab - Ecological Modelling Read about this module on page 18. MT - Mud Transport A combined multi-fraction and multilayer model that describes erosion, transport and deposition of mud (cohesive sediments) or sand/mud mixtures. PA - Particle Simulates transport and fate of dissolved and suspended substances. Used in risk analyses, accidental spillage, monitoring of dredging works, etc. MIKE 3 simulation of a meteorologically forced salt water intrusion over the Drogden Sill between Sweden and Denmark. It shows the salinity at the surface, at -5 m and at -9 m. Model Integration MIKE 3 links seamlessly with other DHI Software products. The common file format ensures that output from one model can be used as input or boundary data in another model, e.g. MIKE 21 -> MIKE 3 environment providing convenient and compatible routines that ease data input, analysis and presentation of simulation results. HD - Hydrodynamics The HD module simulates the water level variations and flows in response to a variety of forcing functions. It includes a wide range of hydraulic phenomena in the simulations and it can be used for any 3D free-surface flow. The Flexible Mesh (FM) model, which uses depth and surface adaptive vertical grid, is particularly suitable in areas with a high tidal range. HD AD MT PA SA ECO Lab PP HD PA Single Multiple FM = requires these modules Pricing MIKE 3 ELP (PP+HD+AD) 10,000 water points / 6,000 elements (Other sizes and module combinations available) MIKE 3 PP + HD (full commercial single grid version with no limitations) Add-on Modules 5,900 38,100 5,600-18,700 Ask about other modules and packages University discounts available Multicopy discounts available The above prices are for stand-alone 23

9 LITPACK Littoral Processes and Coastline Kinetics Modelling Application Areas Impact assessment of coastal works Optimize beach redevelopment schemes Design and evaluation of coastal protection Estimate channel backfilling Conduct morphological baseline studies Design and implementation of effective management strategies, either locally or regionally, require detailed knowledge of the ongoing physical processes controlling the transport and sedimentation of beach materials. LITPACK applies a unique deterministic approach to give you a very powerful tool for a wide range of coastal zone management applications. LITPACK in brief Friendly - the intuitive interface makes it very easy and fast to build, run and interpret the model Fast - deterministic approach is the most efficient for quick assessment of long shore sediment transport Detailed - a true deterministic model less sensitive to calibration parameters than empirical or semiempirical models Flexible - the integrated modular structure allows custom-made packages and facilitates extensions Compatible - fully compatible with MIKE 21 ST; makes it easy to continue with full 2D/3D analysis of selected events Supported - comes with a 12-month free hotline support and free updates. Pricing LITPACK Add-on modules 3,000 3,000 University discounts available Multicopy discounts available The above prices apply to stand-alone licences. Network licences are available. LITPACK Modules LITPACK consists of the following modules: PP - Pre- and Post-processing This module provides an integrated work environment providing convenient and compatible routines. It simplifies the tasks of data input, analysis and presentation of simulation results. Main Modules LITSTP - noncohesive sediment transport in single points LITDRIFT - long shore current, littoral drift and annual net and gross sediment transport Add-On Modules LITLINE - coastline evolution LITTREN - channel backfilling due to nonequilibrium sediment transport mechanisms LITPROF - profile development due to cross-shore transport. LITPACK Features LITPACK combines a technically strong deterministic sediment transport model with a very user-friendly graphical interface. It simulates a wide range of wave and current scenarios along straight or nearly straight coastlines. LITPACK combines these simulations into predictions of coastal profiles and long term coastline evolution. 24

10 MIKE Animator Your DHI Software Video Camera Application Areas Create realistic 3D sceneries View model areas and simulation results in 3D Get better knowledge of study areas Produce professional fly-through animations Study reporting and presentations MIKE Animator is the ideal tool for interpreting and presenting complex two- and three-dimensional, multi-process modelling results. It offers a selection of presentation methods and display techniques and takes you one step closer to the virtual world of water modelling by providing a new level of functionality for the production of user-defined fly-through animations. MIKE Animator in brief Pricing MIKE Animator 3,900 Bridges the gap between specialist and non-specialist Communicates model studies and ideas effectively within your team Provides professional presentations to clients Facilitates consensus-making and dialog with stakeholders. University discounts available Multicopy discounts available The above price applies to stand-alone licences. Network licences are available. MIKE Animator is jointly developed by Baird & Associates Coastal Engineers and DHI.