On 11/28/2018 10:48 AM, mrjonmatth...@gmail.com wrote:
>
> When you say "the DG elements have no degrees of freedom on faces, they
> are all located in the interior of the cell", I understand how that's
> true for degree 0, but I'm guessing it's only in the "logical" sense for
> higher degree
Thanks for that explanation. I'll use the boundary integral like in
step-20.
When you say "the DG elements have no degrees of freedom on faces, they are
all located in the interior of the cell", I understand how that's true for
degree 0, but I'm guessing it's only in the "logical" sense for
On 11/27/18 9:02 PM, mrjonmatth...@gmail.com wrote:
> I'm working on a flux-pressure model using a Raviart-Thomas/DGQ FESystem. I'm
> using Dirichlet conditions on the RT (flux) elements on part of the domain
> and
> on the DGQ (pressure) elements on another part of the domain using the
>
Hi,
I'm working on a flux-pressure model using a Raviart-Thomas/DGQ FESystem.
I'm using Dirichlet conditions on the RT (flux) elements on part of the
domain and on the DGQ (pressure) elements on another part of the domain
using the boundary_id's. I'm using
