Tuesday, 21 January 2020 09:45:28 UTC+2, Ernesto Ismail wrote:
>
> Hi Daniel and J-P,
>
> Thanks for your advice. I will try what you suggest.
>
> I feel like a bit of an idiot here, but I can't seem to find the source
> code for the interpolate_boundary_values() fu
s should be the quadrature points for
> the FEValues object.
>
> Best,
> Daniel
>
> Am Di., 14. Jan. 2020 um 01:50 Uhr schrieb Ernesto Ismail <
> ernest...@gmail.com >:
>
>> Dear Prof. Bangerth,
>>
>> Thank you for your reply.
>>
>> I w
Dear Prof. Bangerth,
Thank you for your reply.
I would ideally have liked to impose the boundary conditions strongly but
it looks like doing so will not be straight-forward. I will do some
investigations into applying the boundary conditions weakly and attempt
that first.
One approach I had
the same for each sub-problem I solve, so perhaps there is some way to
update the inhomogeneity from within the assembly process when I know which
cell I'm working with?
Thanks,
Ernesto
On Thursday, 9 January 2020 10:46:22 UTC+2, Ernesto Ismail wrote:
>
> Hi Everyone,
>
&g
Hi Everyone,
I am currently working with a staggered coupled system where I am solving
several finite element problems in sequence. Up until now my boundary
conditions have been fairly straightforward and I've been able to get
meaningful results from my work.
The finite element schemes I use
Hi Everyone,
I started the upgrade to deal.ii 8.5 today because I wanted to use the new
Physics libraries. However, the OSX binary does not run "out the box" as I
do not have homebrew installed and instead use macports.
Is there a .app bundle that is configured in a similar manner to the
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