Dear all,
I created a mesh using GridGenerator::hyper_cube_with_cylindrical_hole and
removed after that half of the total number of the cells in order to make
use of symmetry.
Then I set a SphericalManifold<2> (2D) respectively CylindricalManifold<3>
(3D) in order to get a true circle (2D) re
Hi John,
Maybe I can give some hints of how I would approach this problem (these are
just some quick thoughts):
Write this problem as a vector Laplace problem
curl(nu*curl(A)) - grad(div(A)) = J
which you then have to write as a system of PDEs. Note, this can only be
the same as
curl(nu*curl(
By the way, I am aware than I forgot to take the square root of
heat_flux_cell_norm. I am also aware that using
*input_data.solution_gradients[face_index][d]* is weird in this context
since the first indices should refer to a vertex indices of the cell and
not the face index and it only works
Hello everyone !
I have a very basic question but somehow I did not manage to find the
answer in tutorials, neither looking at the documentation or in the this
user group. Or more probably I did not understand it when I saw it since I
am fairly new to deal.II and to C++.
*My main goal :* I am
