New releases are marked in the repository using tags. Simply checkout the master branch for the lastest version or use git checkout if you require a specific release, for example 'git checkout 2022.10'.
- Added comprehensive tutorials as well as coresponding aeroelastic models of the DC3 created by Francisco Carvalho
- Maintenance release maily with bug fixes, perfromance improvements and updated documentation
- Dropped support for Python versions lower than 3.10
- Publish as PyPi package
- Added continuous integration workflows on GitHub.com
- Added coding style analysis (Falke8 and Pylint) and applied formatting suggestions, there should be no functional changes.
- Python 3.10 and 3.11 compatibility
- Added DOI
- Model is stored as HDF5 file, no more .pickle files in most workflows
- Speed up preprocessing for structural models with many degrees of freedom
- Import of system matrices (mass, stiffness) from Nastran via HDF5
- Fixed handling of deformations in local grid point coordinate systems (CP and CD)
- Improved / more robust comparisons with reference data during testing (signs of eigenvalues and vectors may change depending on outside temperature, humidity and the phase of the moon...)
- Minor improvements to SU2 CFD solver interface
- Publication as Open Source under the BSD 3-Clause License
- Update of the documentation to Version 1.04
- Extended interface to the SU2 CFD solver for time domain simulations
- Improved bdf reader
- Administrative changes only (improved the Readme, added issue templates, created this changelog, etc.)
- Python 3.8 compatibility
- Improved mesh deformation based on the local meshes of the mpi pcrocess
- New multiprocessing, which uses MPI instead of python's multiprocessing toolbox
- Loads from propeller aerodynmics
- Integration of system matrices (mass and stiffness) from the B2000 FE solver