A DG implementation of the 2D interstitial column flow is a promising extension as the performance advantage of DG compared to lower order methods scales with the number of DoF.
To do
[ ] MS1: #160
[ ] MS2: Final scheme with radially dependent parameters
[ ] radially dependent porosity
[ ] arbitrary order Gauss quadrature?
[ ] radially dependent velocity
[ ] radially and component dependent axial dispersion
[ ] radially and component dependent radial dispersion
[ ] MS3: Clean-up and finish loose ends
[ ] more tests?
[ ] documentation
[ ] Flow rates issue (see below)
[ ] improve AD Jacobian seeding by using block-wise dense AD and reduce default AD directions accordingly (see Jacobian tests)
[ ] recompute operators on section transitions
[ ] backwards flow
[ ] MS4: Further improvements
[ ] enable variable polynomial degree per radial element?
[ ] Parallelization
[ ] MS5: add the 2D GRM with DG
[ ] outsource the particle discretization to a particleDispersionOperator
[ ] MS6: add the 2D LRM with DG
Flow rates
Flow rates in cadet are given as piecewise constant per port/radial shell, we will have to figure out how to connect 2D unit operations consistently; including connection of DG and FV units. Hows that currently done when two 2D FV columns have different nRad?
wont fix for now: Handle sensitivities for parameters that are included in operators (issue with that is described in #214 ): column radius, radial and axial dispersion
A DG implementation of the 2D interstitial column flow is a promising extension as the performance advantage of DG compared to lower order methods scales with the number of DoF.
To do
Flow rates Flow rates in cadet are given as piecewise constant per port/radial shell, we will have to figure out how to connect 2D unit operations consistently; including connection of DG and FV units. Hows that currently done when two 2D FV columns have different nRad?
wont fix for now: Handle sensitivities for parameters that are included in operators (issue with that is described in #214 ): column radius, radial and axial dispersion