Age | Commit message (Collapse) | Author | |
---|---|---|---|
2019-06-24 | Add refined N=20 cylinder2d example for reference | Adrian Kummerlaender | |
2019-06-24 | Improve Knudsen refinement criterion functor | Adrian Kummerlaender | |
i.e. output cell-local quality information by default | |||
2019-06-24 | Move NamedType template into separate header | Adrian Kummerlaender | |
2019-06-24 | Document visualization of grid refinement hierarchies | Adrian Kummerlaender | |
2019-06-24 | Initial extraction of common cylinder2d model setup functions | Adrian Kummerlaender | |
I am not quite happy with how this looks right now but at least both validation examples are for the most part condensed to only differ in their refinement setup. Perhaps a SchaeferTurek-specific "Solver" would further improve reproducibility? | |||
2019-06-24 | Automatically disable refined area in parent geometry | Adrian Kummerlaender | |
2019-06-24 | Continue cylinder2d refinement setup encapsulation | Adrian Kummerlaender | |
2019-06-24 | Export and plot cylinder2d measurements | Adrian Kummerlaender | |
2019-06-24 | Automatically apply prepareLattice for all grids | Adrian Kummerlaender | |
2019-06-24 | Add support for calling a function for each subgrid of Grid2D | Adrian Kummerlaender | |
2019-06-24 | Restructure refined cylinder2d example folders | Adrian Kummerlaender | |
2019-06-24 | Add cylinder2d resolution redistribution example | Adrian Kummerlaender | |
i.e. cylinder2d_optimized_grid contains roughly as many grid cells as a uniformly resolved N=12 lattice but models the cylinder in more detail and is more stable. | |||
2019-06-24 | Extract cylinder2d setup with refined outflow | Adrian Kummerlaender | |
Reproducing past results for new plots is otherwise getting quite annoying. | |||
2019-06-24 | Replicate SchaeferTurek 2D-2 setup in refined cylinder2d | Adrian Kummerlaender | |
Weirdly it seems easier to get reasonably close values for the unsteady flow. Results for the steady flow seem to get worse when increasing grid resolution even in uniform grids. | |||
2019-06-24 | Revamp parametrization of refined cylinder2d geometry | Adrian Kummerlaender | |
Finally seems to stop mixing up material numbers for every other resolution I try it out with. Cylinder diameter is now actually set to 0.1m as called for by [SchaeferTurek96]. | |||
2019-06-24 | Add ceil function for our Vector class | Adrian Kummerlaender | |
2019-06-24 | Allow customization of Grid2D's physical dimensionalization | Adrian Kummerlaender | |
2019-06-24 | Add domain-restricted material number reset to SuperGeometry2D | Adrian Kummerlaender | |
Makes it easier to exclude refined areas | |||
2019-06-24 | Report pressure drop and lift of refined cylinder | Adrian Kummerlaender | |
2019-06-24 | Adjust cylinder2d refinement structure | Adrian Kummerlaender | |
Required to both increase cylinder discretization detail and fix cell count to a uniform N=9 grid. | |||
2019-06-24 | Report total number of active cells in refinement hierarchy | Adrian Kummerlaender | |
2019-06-24 | Move geometry print to prepareLattice | Adrian Kummerlaender | |
This way statistics reflect the cells disabled by refinement. | |||
2019-06-24 | Manage dynamics, boundary condition memory in Grid2D | Adrian Kummerlaender | |
Mainly to further declutter simulation and refinement setup | |||
2019-06-24 | Refine cylinder2d to stay stable even at very low resolutions | Adrian Kummerlaender | |
Somewhat fiddled together but works as expected. Refinement areas are informed by Knudsen metric results. The key is to refine the outflow. Sadly this requires refinement-overlap-crossing boundary conditions. Interface for detailed (i.e. cell-relative) grid refinement control still has room for improvement. Mixing physical indicators and cell alignment requirements is problematic. | |||
2019-06-24 | Note pressure, velocity error norms in refined poiseuille2d | Adrian Kummerlaender | |
2019-06-24 | Tidy up refined cylinder2d | Adrian Kummerlaender | |
2019-06-24 | Add Knudsen functor to locate refinement areas | Adrian Kummerlaender | |
2019-06-24 | Setup geometry relative to cylinder diameter | Adrian Kummerlaender | |
2019-06-24 | Use velocity walls in refined Poiseuille2d | Adrian Kummerlaender | |
2019-06-24 | Attenuate cylinder2d inflow velocity increase | Adrian Kummerlaender | |
2019-06-24 | Verify mass loss when using linear interpolation for C2F | Adrian Kummerlaender | |
2019-06-24 | Add named types to Grid2D constructor | Adrian Kummerlaender | |
This allows for readable differentiation between constructor overloads. | |||
2019-06-24 | Increase refined cylinder2d Reynolds number to 1000 | Adrian Kummerlaender | |
2019-06-24 | Fix non-equilibrium scaling factor | Adrian Kummerlaender | |
2019-06-24 | Restore original bisected poiseuille flow refinement test case | Adrian Kummerlaender | |
2019-06-24 | Rename example to match its content, extract poiseuille2d | Adrian Kummerlaender | |
2019-06-24 | Interpolate vectors instead of scalars | Adrian Kummerlaender | |
Same result, nicer code | |||
2019-06-24 | Use available method to align Coupler2D origin to grid | Adrian Kummerlaender | |
2019-06-24 | Tidy up function parameters by accepting Grid2D | Adrian Kummerlaender | |
2019-06-24 | Remove unnecessary managed pointers | Adrian Kummerlaender | |
2019-06-24 | Improve grid refinement interface | Adrian Kummerlaender | |
By deriving RefiningGrid2D from Grid2D to provide methods specific to refining subgrids. | |||
2019-06-24 | Move distribution scaling factor to Coupler2D | Adrian Kummerlaender | |
Scaling factor is specific to the refinement method implemented by the coupler. | |||
2019-06-24 | Fix grid alignment of refinement area | Adrian Kummerlaender | |
2019-06-24 | Cache lattice positions for grid coupling | Adrian Kummerlaender | |
2019-06-24 | Add hacky MPI support for grid refinement | Adrian Kummerlaender | |
Works but is nowhere near anything one could consider good. Obvious issues: * More than one cuboid per grid makes it harder to determine the next lattice cell to be coupled * i.e. currently lattice positions are determined ad hoc by resolving their physical position * Coupling is not actually parallelized * All coupling lines are traversed by all processes, way to much communication * Load balancing and cuboid decomposition doesn't care about refinement * ideally refined cuboids should be computationally near their coarse _parent_ cuboids The first two isses should be fixable with a reasonable amount of work. This sadly doesn't apply in any form to the last issue. | |||
2019-06-24 | Fix, test recursive grid refinement | Adrian Kummerlaender | |
2019-06-24 | Modifiy params to promote vortex street formation | Adrian Kummerlaender | |
2019-06-24 | Unify lattice preparation for both grids | Adrian Kummerlaender | |
2019-06-24 | Further indicatorize geometry setup | Adrian Kummerlaender | |
Grid refinement is at its easiest when discrete materials are set using analytical - i.e. resolution independent - indicators. | |||
2019-06-24 | Move distribution decomposition methods to cell | Adrian Kummerlaender | |