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  • Specific features of selected products

Specific features of selected products

  • All software | Starting Cloud Execution

    Learn how to use Cloud Execution for executing numerical models

  • FEFLOW | ‘Unspecified error’ message when clicking on mesh generation

    Learn how to avoid this by reconnecting your license.

  • FEFLOW | Appearance of a .POW time series file

    Explore two options for creating a time series file with a specific format.

  • FEFLOW | Building 3D Meshes with FEFLOW 8.0

    Learn about FEFLOW 8.0 introducing a variety of new features, including tools for 3D Supermesh points, polylines, bounding boxes, planes. Release 2023.1

  • FEFLOW | Calculating groundwater drawdown

    See step-by-step how to calculate the drawdown in time.

  • FEFLOW | Error message "Invalid argument passed" when running FePEST

    See how to avoid this issue typically encountered by users from non-English speaking countries.

  • FEFLOW | Error message when generating the unstructured mesh by TetGen

    See what you need to do to repair the surfaces within your geological software.

  • FEFLOW | Error message when importing the polygon shapefile and converting to supermesh

    Discover two solutions for this error which indicates that some of the polygons are located within another polygon (like an enclave).

  • FEFLOW | Error message when using OpenLoop plugin

    Learn why you may be seeing a "Reference Distribution OpenLoop not found. Heat transport loop ignored" error.

  • FEFLOW | Fracture representation

    Check out this step-by-step guide for creating Discrete Features.

  • FEFLOW | History of released versions

    View the history of versions, starting from FEFLOW 7.0, and main developments in a chronological order.

  • FEFLOW | Importing a WGEO 6.0 serial number license

    Learn how to add a serial number to your FEFLOW License to complete this task.

  • FEFLOW | Importing large datasets with the Well Manager

    Learn how to import a large dataset in shapefile format, get a step-by-step overview of the workflow, pick up useful tips and tricks. Release 2023.1

  • FEFLOW | Running batch mode

    Learn how to set up a Python script to run multiple simulations in parallel.

  • FEFLOW, MIKE SHE | Implementing DFS2 files

    Discover a workflow for linking the information available behind a MIKE SHE DFS2 file to any FEFLOW parameter.

  • Littoral Processes FM (LITPACK) | Creating a coastline position file

    Check out this step-by-step guide plus link to more information on the Bathymetry Editor.

  • MIKE 11, MIKE Hydro River, MIKE+ Rivers | Conceptual differences in Control Structures

    Read all about the conceptual differences when defining control structures in MIKE 11 vs. MIKE+ Rivers or MIKE HYDRO River.

  • MIKE 21 | Creating batch jobs

    Read more on how to accomplish this by creating a text file with the extension *.bat.

  • MIKE 21 | Defining bathymetry from a dfsu file instead of a mesh file

    Discover how to overrule mesh bathymetry values using the Depth Correction functionality.

  • MIKE 21 | Obtaining the detailed processed data/flow conditions for 2D structures (e.g. culvert)

    See how to enable the output in the List and specify the output file on the Output tab.

  • MIKE 21 Boussinesq Waves (BW) | Accessing the Model Setup Planner and Linear Wave Calculator

    See how to access these tools from the MIKE Zero shell toolbar.

  • MIKE 21 Boussinesq Waves (BW) | White noise simulation

    Gain insight into the modelling of a so-called white noise spectrum.

  • MIKE 21 Mooring Analysis (MA) | Symbol labels in the graphical display

    Learn how to decipher the various symbol labels.

  • MIKE 21, MIKE Zero, MIKE SHE, MIKE HYDRO | Using one or more items in a time series file (dfs0) to create a time varying dfs2-file

    Learn about all the different ways to create a dfs2 file.

  • MIKE 21/3 | GPU parallelisation usage

    Read all about the utilisation of GPU cards for Flexible Mesh models.

  • MIKE 21C | Use of a parallelised hydrodynamic model

    Learn how to parellise a hydrodynamic model, flooding and drying and more!

  • MIKE FLOOD | Creating batch jobs

    See how to execute batch jobs by creating a text file with extension *.bat.

  • MIKE FLOOD | Getting the total discharge through a cross section from a simulation

    Learn how to achieve this using the Flood Modelling Toolbox.

  • MIKE SHE | Evaluating grid cell numbering compared to MIKE Zero applications

    Read more about potential cell number discrepancies across these applications.

  • MIKE Zero | Displaying customized vector data

    Learn how to plot data from dfs1 files in the Result Viewer.

  • MIKE Zero | Generating batch .png-files with vector overlay

    Learn how to accomplish this using either the Plot Composer or Result Viewer.

  • MIKE Zero | Visualising line series data in a geographic domain

    Learn how to plot data from dfs1 files into the Result Viewer.

  • MIKE Zero Post-Processing (PP) | Executing MIKE Toolbox tools in batch

    Discover how to do this using the command ToolboxShell.exe included with your MIKE installation.

  • MIKE+ | Changing the engine parameter MM21_ALLOWEDGROUNDLEVELDIFFERENCE

    Learn why this outdated setting is no longer available.

  • MIKE+ | Customization options for 1D result files

    Learn about the workflow to create additional, fully customizable result files for river, collection systems and water distributions model 1D results

  • MIKE+ | Dealing with 1D-2D models in which the 1D outlet is set below the 2D ground level

    MIKE+ 1D -2D modelling the scenario of a tricky configuration where the outlet node falls under the Digital Terrain Model ground level.

  • MIKE+ | Ensuring all links in a Collection System point in the right direction

    Watch this video tutorial on how to identify and reverse links which don’t point towards an outlet.

  • MIKE+ | Examining simulation summaries

    Check out these tips on deciphering simulation summaries to assess the soundness of a model setup and its results.

  • MIKE+ | Generated files during a MIKE 1D simulation

    Learn how the MIKE 1D engine uses data directly from the MIKE+ database to generate results.

  • MIKE+ | Handling of MIKE FLOOD river-urban coupling links

    Read more on the replacement of river-urban couplings with more simple connections.

  • MIKE+ | Understanding the Combine DEM Tiles tool

    Learn more about the various applications of Digital Elevation Model (DEM) tools.

  • MIKE+ 2D Overland | Checking the water balance from a coupled simulation

    Discover two options for checking the water balance from a coupled simulation.

  • MIKE+ 2D Overland | Reasons to migrate from MIKE FLOOD

    Read the top five reasons why the new and improved MIKE+ 2D Overland is a better choice.

  • MIKE+ 2D Overland | Time Series types supported for a rain on grid simulation

    See which options you have to load rainfall time series on the surface.

  • MIKE+ Collection Systems | Reasons to migrate from MIKE URBAN

    Check out the top five reasons why MIKE+ is a better choice for urban modellers.

  • MIKE+ Collection Systems | Setting up a pump to work on an hourly schedule

    Learn how to simulate unconventional situations and user specified operational schemes using Real-Time Controls (RTC).

  • MIKE+ Collection Systems | Using Head Loss Formulations for a Collection System model

    Review common practices to achieve better calibration results from your hydraulic models.

  • MIKE+ Map View | Multiline labelling

    Learn how to display a multiline label on the horizontal plan.

  • MIKE+ Rivers | Connecting parallel river branches or a river with its floodplain

    See how to use a ‘Structure Link’ River Type to move water from one river branch to another.

  • MIKE+ Rivers | Creating a river branch from a river polyline shapefile

    Learn step-by-step how to import a river geometry into MIKE+.

  • MIKE+ Rivers | Introducing the Sediment Transport Module

    Walk-through of morphological modelling capabilities, including real-time hydrodynamic feedback for erosion and sedimentation of mobile bed. Release 2023.1

  • MIKE+ Rivers | MIKE 11 / MIKE HYDRO River migration guide

    Check out this step-by-step guide on migrating river models (MIKE 11, MIKE HYDRO River) into MIKE+.

  • MIKE+ Rivers | MIKE 11 / MIKE HYDRO River migration preparation

    Learn the first step in the migration process - how to create a new MIKE+ project.

  • MIKE+ Rivers | Top 5 reasons to migrate from MIKE 11 or MIKE HYDRO River

    Explore the top 5 reasons to migrate to MIKE+ and access links to recorded webinars on this topic.

  • MIKE+ Water Distribution | Exporting background data of a longitudinal profile plot

    Learn how to export elevation and head data from a longitudinal profile to a spreadsheet or text format

  • MIKE+ Water Distribution | Optimising your water distribution model with the new Autocalibration tool

    Learn about the new MIKE+ Autocalibration tool that streamlines the process of calibrating hydraulic models. Release 2023.1

  • MIKE+, MIKE 21 FM | Depth Correction

    Learn how to convert a MIKE 21 FM model with "Depth Correction" to a MIKE+ model

  • MIKE+, MIKE 21 FM HD | Creating a dfsu file with the exact same bathymetry values as in a dfs2 file

    Review the step-by-step process for converting a domain bathymetry from a dfs2 file to a dfsu file.

  • MIKE+, MIKE Zero | Specifying the land value in a dfs2 file

    See how to access custom blocks.

  • WEST | Trick: Stretching the canvas for large process layouts

    Learn a quick trick for managing large layouts.

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Our world is water. So whether you need to save water, share it fairly, improve its quality, quantify its impact or manage its flow, we can help. Our knowledge, combined with our team's expertise and the power of our technology, holds the key to unlocking the right solution.



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