Paul Dechamps requested to merge dev into master Jan 24, 2025

The viscous-inviscid interaction implementation was removed from DARTFlo and will be in BLASTER

Features

Quasi-2D viscous solver
- Transonic flows
- Laminar and turbulent flows
- Laminar to turbulent transition
- Attached and mildly separated flows
2D and 3D viscous inviscid interface (Python)
- 2D geometries with matching meshes
- 3D geometries with Radial Basis Function interpolation
- Solvers coupling
- Quasi-simultaneous interaction law
Interface with DART
Interface with SU2 - Not tested to avoid cloning SU2
2D coupled adjoint methodology (developed with DART)
Interface with OpenMDAO
- NACA parametrisation
- Free-form deformation with pyGeo
Basic features (api, attached compressible flows, 2D adjoint, 3D transonic toy problem) are tested with scripts in the 'tests/' folder
Examples for advanced cases (separated, 2D transonic, 3D transonic) are present in the 'validation/' folder
2D optimization cases (NACA subsonic and transonic) are present in the 'mdao/' folder

Notes

3D cases require a dedicated surface transfinite mesh to work. Examples are given in 'blast/models/' folder. This will be removed in the future
SU2 interface is not tested for now and will be updated to work with the new v8 version (with reworked python api)

Future works will be focused on 3D improvements and the development of the 3D adjoint methodology. Additional features will also be included.

Modification of the section generation in 3D. It will be automatic.
New RBF interpolator with gradient computation for 3D adjoint
3D adjoint solver
3D optimization examples
New SU2 v8 interface
Interface with the panel method HSPM for fast 2D computation (Master thesis of Corentin Thomée)
New semi-inverse boundary layer solver for increased robustness in separated cases (Master thesis of Massimo Volders)