Hello all,
I am currently creating an electrostatic solver where the simulation will
need to solve a problem with multiple boundaries.
I will be using a simulation of a parallel plate capacitor as an example of
what I am trying to do. In this simulation, I will need to solve for the
voltage
Dear Dr. Bangerth,
Thank you for the explanation. I am trying to study fluid-structure
interaction and use Dealii as the solid solver for the problem. However, I
only have a traction vector at individual points. This is because the
traction vector is obtained from a discrete fluid solver
Dear Jean-Paul,
Thank you for the answer. Sorry for the late response.
I tried to use 'system_rhs += traction_vector' and it works! The code is
much easier now.
I do have a pre-assembled global traction vector. This vector is obtained
from a fluid solver (based on Lattice Boltzmann method).
Hello everyone!
This is deal.II newsletter #52.
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:
#7330: ScaLAPACKMatrix: improve documentation (proposed by BenBrands)
Dear Maxi,
This is a bug with the current implementation: it looks like one of the
recent commits broke something.
Thanks for reporting this!
Thanks,
David Wells
On Thursday, October 11, 2018 at 9:46:42 AM UTC-4, Maxi Miller wrote:
>
> When trying to run example 16 on a new installation of
On 10/11/2018 12:58 AM, Praveen C wrote:
> Praveen Chandrashekar and Markus Zenk, "Well-balanced nodal discontinuous
> Galerkin method for Euler equations with gravity", J. Sci. Comp., Vol. 71,
> Issue 3, pp. 1062-1093, June 2017.
> http://link.springer.com/article/10.1007/s10915-016-0339-x
>
>
When trying to run example 16 on a new installation of deal.II, I get the
error
Cycle 0
Number of active cells: 80
Number of degrees of freedom: 89 (by level: 8, 25, 89)
An error occurred in line <1191> of file in function
I already compiled other libraries (such as ADOL-C) based on the boost
libraries in the system, thus I would have preferred if I could use this
boost-version.
Am Mittwoch, 10. Oktober 2018 17:32:15 UTC+2 schrieb Wolfgang Bangerth:
>
> On 10/10/2018 07:34 AM, 'Maxi Miller' via deal.II User Group
Praveen Chandrashekar and Markus Zenk, "Well-balanced nodal discontinuous
Galerkin method for Euler equations with gravity", J. Sci. Comp., Vol. 71,
Issue 3, pp. 1062-1093, June 2017.
http://link.springer.com/article/10.1007/s10915-016-0339-x
Juan Pablo Gallego-Valencia, Christian Klingenberg,
