Update models faster using a new conceptual modelling approach (Watch the video)
- Spend more time on concepts and less on meshing
- Define material information before generating the mesh
- Eliminate the risk of lost information after re-meshing
Support PEST++ methods (IES and GLM) in FePEST (Watch the video)
- FePEST, a dedicated tool for history matching (model calibration), uncertainty quantification and sensitivity analysis now supports the use PEST++ within FEFLOW models
- Directly quantify the uncertainty associated with groundwater models with the new Iterative Ensemble Smoother (PESTPP-IES) method
Better manage selections and workflows with usability improvements
- Selections can now be grouped and easily sorted
- Operations of content/budget analysis now at group level
- Easily identify selections with content/budget analysis
Benefit from improved numerics
- New SAMG version 2020 for enhanced memory management and improved parallelisation
- New solver package PETSc including Krylov-based methods, AMG solver and GPU-accelerated support
- Separate error norm type and tolerance per problem class (flow, mass and heat)
- Experience faster numerical calculations
- Access a new input unit (Energy demand) for BHE configuration
Tap into the power of integrated groundwater resources management
- Analyse the interaction between surface water and groundwater like never before
- FEFLOW piMIKE1D is our latest technology for surface water and groundwater interactions
- Users can now directly import MIKE SHE results into FEFLOW
- New data regionalization method
Interact with FEFLOW using your own code with the improved IFM, Python and FEFLOW console
- Additional flexibility for those customers working with the FEFLOW Open Programming Interface
- Users now have access to more than 20 new APIs to support the new conceptual modelling approach
- New multi-threading control for FEFLOW Python runs
- Additional controls to change material properties through the programming interface
- New option to perform a switch in the equation solver in the FEFLOW console
Read FEFLOW Release Notes
Miscellaneous MIKE SHE improvements
- More easily select branch names and chainages for MIKE 11 result reporting
- Experience faster reading of input climate data
Read MIKE SHE Release Notes
MIKE HYDRO River and MIKE11 model import
- Import MIKE HYDRO River and MIKE 11 river models directly into MIKE+
- Take advantage of currently supported river functionalities in MIKE+ such as the ability to define rivers, catchments, structures and boundary conditions
Miscellaneous MIKE HYDRO River improvements
- Use multiple MIKE ECO Lab templates simultaneously
- Show the boundary condition ID as a label on the map
Read MIKE HYDRO River Release Notes
Miscellaneous MIKE HYDRO Basin improvements
- Modify model inputs based on the model state or external time series values using a new 'Control rules' editor
Read MIKE HYDRO River Release Notes