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As noted in #98, the initial treatment of the axis for axisymmetric flow is not optimal. Specifically, in RHSoperator any source terms (implemented by deriving from the ForcingTerms class) are added after applying the inverse mass matrix. This leads to a requirement that we evaluate 1/radius in the axisymmetric source terms, which is clearly a problem on the axis.
This can be avoided by evaluating the source terms (at least for axisymmetric) prior to applying the inverse mass matrix. This ticket is to do that.
The text was updated successfully, but these errors were encountered:
As noted in #98, the initial treatment of the axis for axisymmetric flow is not optimal. Specifically, in
RHSoperator
any source terms (implemented by deriving from theForcingTerms
class) are added after applying the inverse mass matrix. This leads to a requirement that we evaluate 1/radius in the axisymmetric source terms, which is clearly a problem on the axis.This can be avoided by evaluating the source terms (at least for axisymmetric) prior to applying the inverse mass matrix. This ticket is to do that.
The text was updated successfully, but these errors were encountered: