Hello everyone!
This is deal.II newsletter #228.
It automatically reports recently merged features and discussions about the
deal.II finite element library.
## Below you find a list of recently proposed or merged features:
#14339: Fix some doxygen problems. (proposed by bangerth)
Felix,
Glad to hear it is working and thank you for letting us know.
Best,
Bruno
Le mer. 5 oct. 2022 à 11:17, Felix Felix a écrit :
> Hi
>
> Thank you Bruno for your help I have resolved the issue, it turns out I
> had many problems throughout the installations with my directories.
> I
Hi
Thank you Bruno for your help I have resolved the issue, it turns out I had
many problems throughout the installations with my directories.
I reinstalled and reconfigured everything and it has now worked smoothly.
On Tuesday, September 13, 2022 at 3:11:46 PM UTC+2 bruno.t...@gmail.com
On 10/5/22 07:30, Matthew Rich wrote:
I am trying to understand the process so I could potentially extend this
formulation for biphasic materials. The way it handles incompressibility is
perfect for high water content tissues. My concern revolves around adding
another phase and explicitly
This was very helpful!
I am trying to understand the process so I could potentially extend this
formulation for biphasic materials. The way it handles incompressibility is
perfect for high water content tissues. My concern revolves around adding
another phase and explicitly solving for the fluid
Hello sir,
One thing I'm confused is that why we use "make_hanging_node_constraints"
and "interpolate_boundary_values" for a new constraints in solve_with_gmg
in step-75, instead of the boundary_constraints as done in previous MG
tutorials.
在2022年10月4日星期二 UTC+8 00:11:49 写道：
> Hi!
>
> The
Dear Jean-Paul,
Thank you so much for your response and the provided links! That definitely
helped a lot.
Best,
Johanna
On Tuesday, October 4, 2022 at 7:26:34 PM UTC+2 Jean-Paul Pelteret wrote:
> Dear Johanna,
>
> What you describe here makes sense. Such a transformation is described at
>
