If you want to use BEM, then also take a look at step-34, and at WaveBEM.
Luca
> Il giorno 9 ott 2024, alle ore 01:45, Wolfgang Bangerth
> ha scritto:
>
> On 10/8/24 12:19, Tim Braun wrote:
>> **
>> I'll add that I see step-70 as an example, which is time-dependent but does
>> address the c
On 10/8/24 12:19, Tim Braun wrote:
**
I'll add that I see step-70 as an example, which is time-dependent but does
address the coupling process between a solid and fluid. Is that a good place
to work from?
I would suggest looking through all the programs in the range 60-90. Some of
these use
I'll add that I see step-70 as an example, which is time-dependent but does
address the coupling process between a solid and fluid. Is that a good
place to work from?
On Tuesday, October 8, 2024 at 12:55:50 PM UTC-4 Tim Braun wrote:
> I am designing a study of elastic responses of structures un
Wolfgang,
Thank you very much for your willingness to look into the issue. I made a
github issue. I couldn't upload a .cpp source file, so I included the
example as a code block.
Regards,
Kyle
On Tue, Oct 8, 2024 at 12:05 PM Wolfgang Bangerth
wrote:
>
> Hi Kyle,
>
> > I have a quick question.
I am designing a study of elastic responses of structures underwater. An
important aspect in calculating vibration is the added mass (effect of
accelerating the incompressible fluid around the vibrating object). Instead
of using a transient FSI setup, I am seeking to solve the potential flow
ar
Hi Kyle,
I have a quick question. Should I be expecting FE_Simplex of cubic order to
work in an FESystem? In case the answer is "yes", I'm attaching a minimal
example that I would expect to work, but it fails some assert in the library.
I tried checking, but could not really understand why t
