MIKE 21 and MIKE 3
Supercharge your marine water modelling projects
MIKE 21 and MIKE 3 are advanced software suites for simulating and analysing water flow, currents, wave conditions, and processes in marine and coastal environments. With robust visualisation tools and data management capabilities, these software solutions empower users to effectively interpret simulation results. Widely embraced by engineers, scientists, and environmental professionals, they find application in coastal engineering, water resource management, environmental impact assessment, and climate change adaptation planning.
MIKE 21 specialises in two-dimensional (2D) modelling, offering precise simulations of water flow and movement in coastal areas, estuaries, and rivers. It enables accurate predictions of water levels, currents, temperature variations, and flood occurrences, excelling in managing intricate bathymetry and external forces like wind effects.
Conversely, MIKE 3 extends hydrodynamic modelling capabilities into three dimensions (3D), providing an exhaustive understanding of water flow dynamics. It addresses phenomena such as wave-induced currents, storm surges, and weather-related influences, proving indispensable for detailed environmental evaluations, particularly in complex marine settings.
Why choose MIKE 21 or MIKE 3?
Choose the modules that best suit your needs
Pick and choose from a selection of modules that target specific concerns. Alternatively, pre-bundled software subscriptions provide great value.
Marine PP, Hydrodynamics, and Transport
Marine PP
Start your data visualisation journey with Marine Pre & Post-Processing (PP), an integrated environment within MIKE Zero for easy data input, analysis, and result presentation.
- Generate boundary conditions quickly and easily
- Create and edit 2D/3D grids and detailed computational meshes
- Animate results in Google Earth and create amazing 3D video presentations
- Speed up model creation with access to digital bathymetric data
- Enhance productivity with sensitivity analysis and auto-calibration features
- Access data in MATLAB, Python, QGIS and other programming languages
See the MIKE Zero Pre & Post-Processing User Guide for full details.
Hydrodynamics
The Hydrodynamic (HD) module solves the equations for the conservation of mass and momentum as well as for salinity and temperature in response to a variety of forcing functions.
- Specify a variety of hydrographic boundary conditions, initial conditions, bed resistance and wind forcing
- Include different types of sources and sinks as well as different structures
- Treat density variations in different manners
- Include radiation stresses from wave simulations
- Choose from rectangular grid, nested grids or flexible meshes
- Seamlessly integrates with other modules for coupled modelling
Transport
Rely on the Transport (AD) module to quickly assess your water quality concerns by simulating the spreading and fate of tracers, dissolved, or suspended matter.
- Describe the temperature, salinity, and density of substances subject to linear decay and heat dissipation
- Analyse complex discharges via connected source-sink dynamics to understand re-circulation or variations in habitat quality
- Identify zones of accumulation and poor flushing using multiple tracers to support water quality screening
- Integrate with MIKE ECO Lab for modelling eutrophication, coliform bacteria fate, and heavy metal compounds
See the MIKE 21 and MIKE 3 Transport User Guides for full details.
Ecological & water quality modelling
ABM Lab
2D/3D agent-based modelling
Simulate the dynamic behaviour and environmental interactions of aquatic life.
MIKE ECO Lab
1D/2D/3D ecological modelling
Investigate water quality concerns and their potential environmental impact
Particle Tracking
2D/3D particle transport modelling
Understand and quantify pathways and impacts in your environment
Oil Spill
2D/3D oil spill modelling
Quantify and visualise the risks and potential impact of oil spills
Sediment transport & morphological modelling
LITPACK
Littoral processes & coastline kinetics
Simulate the evolution of coastlines affected by structures and sedimentation
Mud Transport
2D/3D mud transport modelling
Study the impact of siltation on coastal morphology and water quality
Shoreline Morphology
2D morphological modelling
Model long-term shoreline evolution in areas with complex bathymetries
Sand Transport
2D/3D sand transport modelling
Assess the potential impact of erosion and sedimentation on infrastructure
Wave modelling & dynamic mooring analysis
Boussinesq Waves
2D wave modelling
Analyse wave disturbances in ports, harbours and coastal areas
MIKE 3 Wave FM
3D phase resolving wave modelling
Study the impact of a wave climate on offshore, coastal or port infrastructure
Mooring Analysis
Dynamic mooring analysis
Assess the dynamic effects of wind, currents and waves on moored vessels
Spectral Waves
2D spectral wind-wave modelling
Predict and analyse wave climates in offshore and coastal areas
'We have been working with the MIKE 21/3 model suite since early 2006. Over the years, many of our researchers and graduate students have taken advantage of these cutting edge models to resolve the complex hydrodynamic and sediment transport problems pertaining to their research projects.'
Felix Jose Ph.D, Associate Professor
Florida Gulf Coast University (USA)
Additional capabilities & unique features
Explore our latest support resources, including guides, videos, and FAQs in our Knowledge Base.
Enhanced hydrodynamic calculations
Improved advection-dispersion calculations
Run fast simulations in more applications with improved core numerics
Explore new modelling possibilities and streamline your workflows
Integrate vegetation into your coastal defence strategies and coastal zone management planning
Model complex hydrodynamics and scour with accurate turbulence modelling
Model in the cloud with Azure Marketplace
Couple modules for advanced studies
Enhance your modelling with first class tools
Run fast simulations for quicker results
Clearly communicate your results with powerful visualisation tools
Model a variety of subgrid features to understand the effects of structures
Master the software in no time
Run your models on LINUX
Get more done in less time with the modernised MIKE Zero user interface
Access new tools, Cloud applications and an enhanced graphical overview from the redesigned MIKE Zero start page
Let's get started
Learn how your projects can benefit from the most advanced 2D and 3D software suite for modelling the coast and sea.
How can we help?
With our global network of offices, we make sure you get the right answers to your local needs. Let us know what you're interested in (e.g., product features, trial license, pricing, etc.) and we will get back to you.