- Support CSG formulas for robust (STL/OBJ) meshes
- New supersonic flow passed a wedge tutorial
- Change supersonic flow over bump tutorial to 3D
- Support HOME/Documents/MATLAB/.cfdtool/cfdtool.ini configuration
- performance mex and mumps solver disabled by default
- Fix bug in geometry object rotation
- Minor fixes
- Fix Excel (xlsx) data export
- Add Data Export dialog box
- Support custom data export expressions
- Support custom data export coordinates
- Improved app startup and shutdown time
- Add equation mode menu option to remove physics modes
- Updated OpenCASCADE geometry kernel to v7.7.2
- Fix 2D STEP/IGES geometry import
- Fix plot 3D block/hexahedal grid
- Fix for Matlab 2023b
- Show axes coordinate system orientation for 3D views
- Update MUMPS linear solver
- Support all MATLAB versions (Windows and Linux)
- Support for Intel MKL BLAS, OpenMP, and >2GB large arrays
- Updated SU2 Code CFD solver to v7.5.0
- Add functionality to show geometry object information
- Updated m-file export output to support the MATLAB "publish" command
- New "Create Model Report" menu option to Generate model reports in Html, PDF, Microsoft Word/PDF, Latex, and XML formats
- Updated OpenCASCADE geometry kernel to v7.6.3
- Updated SU2 Code CFD solver to v7.4.0
- Performance improvements for built-in multiphysics solver
- Improved 3D geometry rendering performance
- New 3D geometry defeaturing functionality
- Support for edge/vertex selection for chamfer/fillet operations
- Support for PDF image and Excel data export
- Improved save/load model file performance
- Fix for STEP geometry import with >= 2 objects
- Improved and faster expression evaluation in assembly
- Added 2D geometry tool for Bezier and spline curves
- Updated OpenCASCADE geometry kernel to v7.6.2
- Support for binary brep (.bin) geometry format
- Updated SU2 Code CFD solver to v7.3.1
- Added k-Omega wall function support for SU2 solver
- Geometry import option from bitmap image (bmp, jpeg, png)
- Support for structured meshing of geometry primitives
- Updated plotly library to version 2.6.2
- Updated ParaView Glance library to version 4.17.1, and added support for slice and isosurface plot options
- Linux support for HiDPI screens
- Mouse controls for 3D zoom, pan, and rotate
- Improved graphics performance for 3D plots
- Changed 3D plots to fill the whole viewport with CAD style orbit, pan, and zoom controls
- Added flip/reverse view option by double clicking on the 3D xy, xz, and yz quickview buttons
- Added view boundaries/subdomains menu option (for specifying mesh sizes on individual geometric entities)
- Various performance improvements
- Preliminary support for built-in and robust 3D mesh generators
- GUI menu option to manually renumber/reassign 3D boundaries
- Heated pipe with cooling fins validation tutorial
- Minor update to sync with FEATool v1.14
- Updated OpenFOAM and SU2 interfaces to support parallel computations
- Added OpenFOAM binary GUI option to support user defined FOAM solvers
- Added support for ESI-OpenCFD native Windows OpenFOAM distribution
- Support 3D geometry and CAD modeling
- SU2 external CFD solver integration
- Support for .fes script file format
- Added built in CFD tutorials
- Support for supersonic and inviscid compressible flows (compressible Euler equations)
- OpenFOAM support for inviscid compressible flows
- Monitoring of OpenFOAM convergence curves
- NACA 4-series pre-defined wing geometry object
- OpenFOAM external CFD solver integration
- Support for k-epsilon/omega turbulence models (with OpenFOAM)
- Potential flow velocity field initialization
- Improved resolution of curved geometry boundaries
- Support for 2D Axisymmetry/Cylindrical coordinates and flows with swirl (non-zero azimuthal velocity)
- Support for heat transfer modeling in 1D
- Support for importing 2D planar STL CAD geometry files
- Built-in interface to the external mesh generator Gridgen2D with support for meshing boundary layers
- Support for importing Gmsh, GiD, Triangle, and FEniCS grid and mesh formats
- Improved parametrization and meshing of curved boundaries
- Added automatic shock capturing and stabilization for convection dominated flow regimes
- Improved and more efficient flow discretization
- Added advanced postprocessing functionality such as boundary integration for computation of drag and lift coefficients
- Extended backwards compatibility to MATLAB 2009b
- Initial release