adflow
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mdolab
ADflow is a finite volume RANS solver tailored for gradient-based aerodynamic design optimization.
## Purpose This the last remaining repo. This fixes a number of things - compilation with strict `-std=f2008` standard - compilation under GCC>= 10 I got the real build to...
## Type of issue What types of issue is it? - Bugfix (non-breaking change which fixes an issue) ## Description The post-processed twist and t/c distributions that ADflow outputs sometimes...
## Purpose This PR fixes multiple bugs with properly passing the `meshFamilyGroup` from the MPhys wrapper to pyADflow function calls. Additionaly, this PR adds a way to add a custom...
## Description Some of the BC routines such as the subsonic inflow and outflow have checks to make sure that the flow direction is consistent with the prescribed BC itself....
## Description For overset cases with overlapping surface meshes (such as combined internal/external flow problems where an integration zone is required), the zipper mesh routine can fail to produce a...
## Description Due to the build bot failure last night, we realized that some tests are generating complex values while the reference file contains only the real part. We should...
## Description I have been using ADFlow to solve a 2D CFD portion of a problem involving a shock impinging on a flat deforming surface, and I am trying to...
# Description of feature We currently use 3.10 and we should probably update to 3.16.
## Purpose There was concern in this [pyspline PR](https://github.com/mdolab/pyspline/pull/41) that repos like ADflow would not be able to import the shared object library in the ``__init__.py`` file like pyspline because...
## Description Using turbKSP (`"ANKUseTurbDADI": False`) can cause optimizations to crash seemingly randomly with the following error: ``` [106]PETSC ERROR: --------------------- Error Message -------------------------------------------------------------- [106]PETSC ERROR: Argument out of range...
