Hello.
Recently I started to learn finite element programming.
By surfing the net, I came to C++ and Deal.ii.
One of my concerns in using Deal.ii and C++ is about any possible future
limitations.
By reading tutorials on the website of Deal.ii, I realized that using
Deal.ii directly on windows is
Hello.
Recently I started to learn finite element programming.
By surfing the net, I came to C++ and Deal.ii.
One of my concerns in using Deal.ii and C++ is about any possible future
limitations.
By reading tutorials on the website of Deal.ii, I realized that using
Deal.ii directly on windows is
Alberto,
> I would like to associate to each gauss point on the interface, identified
> by the command
> const auto _points = fiv.get_quadrature_points();
> the values of the unknown fields at the two faces of the two cells that form
> the interface itself.
> It should not be too
Thanks, I'll give it a try!
On Saturday, 26 December 2020 at 08:45:04 UTC-5 Konrad Simon wrote:
> Little correction: I wrote "In the vmult() function remove the mean value
> (i.e., project the rhs on the orthogonal complement of the kernel of the
> kernel)", I meant "In the vmult() function
Little correction: I wrote "In the vmult() function remove the mean value
(i.e., project the rhs on the orthogonal complement of the kernel of the
kernel)", I meant "In the vmult() function remove the mean value after you
multiply (i.e., project the rhs on the orthogonal complement of the
Hi,
On Saturday, December 26, 2020 at 6:43:21 AM UTC+1 smetca...@gmail.com
wrote:
> Hi all,
>
> Does anyone here have any experience applying mean value constraints
> (specifically with periodic boundary conditions)? I'm having some trouble.
> As far as I can tell, there are two approaches
