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Alexander Jaust
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Alexander Kissinger
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- Aline Schäfer Rodrigues AlineSRS
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- Caroline Heckel CarolineHeckel
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Christoph Grüninger
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- Felix Weinhardt felixw
- Feb 10, 2017
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* remove offset * use common function
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* Make discretization test compile again
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* No longer needed
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* Get rid of fullFace stencils, not required anymore * Use new map in assembler and localJacobian
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* Replace setRowSizes_ and addIndices_ functions with occupationPattern concept
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* Allows usage of range-based for-loop
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* Make use of [] operator of staggeredPriVars class
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* Make base staggered discretization more general
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* Set fluxVars in model-specific propertyDefaults * Remove unused code from staggered VolVars
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* Move all flux calculations form localResidual to fluxVars * Move stencil computation from stencils to fluxVars FluxVars will 4 provide different specilizations: - single component, isothermal - single component, non-isothermal - multi component, isothermal - multi component, non-isothermal LocalResidual has to be adapted accordingly. Can be extended for turbulence models.
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* Can be accessed with regular priVar indices * In the problem, a helper type has to be used in order to specifiy the velocities as vectors
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*Greatly improves performance because only the local residual of the dof of interest gets calculated (not the whole element)
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* Cell dof and and individual face dofs can now be treated separately
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* Remove unused code * Use chached values of the residua for calculation of derivatives
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*Test may fail due to tiny velocity discrepancies (no flow involved in this test)
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* Stokes (Re=1) and Navier-Stokes (Re=1000) flow regimes
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* Affects normal advective momentum flux and pressure term
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*For Stokes/Navier-Stokes
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*Tests now use a Dirichlet BC for the pressure to get unique results
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* Treat boundaries on model-specific localResidual * Add support for Dirichlet BCs for velocity and presure
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*Remove unused ones *introduce velocityIdx
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*Same executable used for two different tests with different input files
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*Lid-driven cavity *Hydrostatic pressure distribution
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*Multiply by density *Use correct extrusion factor in volVars
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* Use CCPriVars as type for ccResidual * Use FaceSolutionVector as type for daceResidual
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*Hard coded values, has to be improved
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* Include no-slip Dirichlet BC * Remove unused code
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*Always take the velocity from the facevars (no Dirichlet values) to prevent zero entries in Jacobian *Account for up-wound velocity in normal momentum term
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*Now also provides a vector
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*For umfpack
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* Do not write drs files * Pressure Dirichlet BC only on right side
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* use Dirichlet velocity provided by problem. Might me done better in faceVars class ... * account for momentum in/outflux at boundary
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