Chenchen,
If you just need to simulate a multlayer sphere (or a part of it) and the
bounding box should not have to be a box (e.g. a free space problem) you
can also take a look at my attempt for this
here https://groups.google.com/d/msg/dealii/pvqNQUM3eyM/ftqQK1ypBQAJ Just
set all raddii of t
Chenchen,
2016-09-22 10:54 GMT-04:00 Chenchen Liu :
> Thank you for your sharing. To my mind, after we generate Q2 mesh in Gmsh,
> we have all the information about vertices and cells. We can read these
> information to deal.ii as point list and cell list, and then generate mesh
> like step-14 and
Thank you for your sharing. To my mind, after we generate Q2 mesh in Gmsh,
we have all the information about vertices and cells. We can read these
information to deal.ii as point list and cell list, and then generate mesh
like step-14 and 49. But still, I am not sure whether deal.ii supports
hi
I see your point. Thank you! But it seems that hanging nodes is really
annoying :) I will have a try.
在 2016年9月22日星期四 UTC-4上午7:38:35，Konstantin Ladutenko写道：
>
> BTW, the element in bottom left corner is too triangle for good FEM. To
> solve this providing an additional element inside the curved
Thank you! I almost done with this.
在 2016年9月21日星期三 UTC-4下午12:04:19，Bruno Turcksin写道：
>
> Chenchen,
>
> On Wednesday, September 21, 2016 at 11:56:31 AM UTC-4, Daniel Arndt wrote:
>>
>> We only support to read in meshes that are not refined. Translated to
>> your situation this means that you are
BTW, the element in bottom left corner is too triangle for good FEM. To
solve this providing an additional element inside the curved boundary looks
to be a common approach, you can find more details
here http://dealii.org/developer/doxygen/deal.II/step_6.html#Abettermesh
среда, 21 сентября 201
Having curved boundaries alone is not sufficient sometimes. One would like
to use curved elements in the interior also. It would be very useful if one
could read high order meshes, e.g., from gmsh. The extra nodes can be used
to create an euler vector that can be used in a MappingFEField.
There ha
Chenchen,
We only support to read in meshes that are not refined. Translated to your
situation this means that you are only able to use Q1 meshes as initial
grid.
Of course, you can then use triangulation.set_manifold to define the
correct behavior when you refine your mesh within dealii along
Chenchen,
On Wednesday, September 21, 2016 at 11:56:31 AM UTC-4, Daniel Arndt wrote:
>
> We only support to read in meshes that are not refined. Translated to your
> situation this means that you are only able to use Q1 meshes as initial
> grid.
> Of course, you can then use triangulation.set_ma
