Here is an observation.
I set
DYLD_FALLBACK_LIBRARY_PATH=/path/to/spack/view/lib
and run as
./step-40
then it runs fine.
But if I use “make run”, then it cannot find libumfpack !!!
Best
praveen
> On 02-Oct-2020, at 6:56 PM, 'Alexander Greiner' via deal.II User Group
> wrote:
>
> Hi
Hi everyone.
I'm looking for a solver to solve a fluid-structure problem, like a heart
valve: the valve is an elastic material, and the blood could be considered
as an incompressible fluid (evolutionary incompressible Navier--Stokes
equations).
In step-46 I see a Fluid-Structure interaction
Hi Ramiro,
step-46 can be indeed extended to "realistic" FSI (a student of mine did
it some time ago; but requires a bit of work of course).
As alternative, my deal.II-like tutorial step can also serve the purpose
https://media.archnumsoft.org/10305/
with the code documented as a true
Please have a look at this particular test which showcases how an outer
product can be achieved with deal.II!
https://github.com/dealii/dealii/blob/master/tests/full_matrix/full_matrix_57.cc
Hope this helps!
Marc
Wolfgang Bangerth schrieb am Dienstag, 6. Oktober 2020 um 18:31:47 UTC-6:
> On
Thank you!
On Tuesday, October 6, 2020 at 8:31:47 PM UTC-4 Wolfgang Bangerth wrote:
> On 10/6/20 5:50 PM, Nikki Holtzer wrote:
> >
> > I am trying to form a cross product/ outer product of two vectors of
> type
> > deallii:Vector. I have attempted to use some of the built in
> functions
> >
Hello everyone,
I am trying to recast a current FullMatrix as a
SparseMatrix in order to add this matrix to another
SparseMatrix.
I have tried something like this:
SparseMatrix Mat_Sparse;
Mat_Sparse.copy_from(Mat_Full);
Mat_Sparse_2.add(1.,Mat_Sparse);
When doing so I receive the
On 10/7/20 2:51 PM, Nikki Holtzer wrote:
When doing so I receive the following error:
An error occurred in line <195> of file
in function
dealii::SparseMatrix&
dealii::SparseMatrix::operator=(double) [with number = double]
The violated condition was:
cols != nullptr
Hi, there!
Still on the course of learning dealii by reading through the tutorials.
Came up with the following observation.
1. In Step-4, a single QGauss object was created in assemble_system(),
and was used later in assemble_system().
2. In Step-23, multiple copies of the same QGauss
Xuefeng,
Still on the course of learning dealii by reading through the tutorials. Came
up with the following observation.
1. In Step-4, a single QGauss object was created in assemble_system(), and
was used later in assemble_system().
2. In Step-23, multiple copies of the same QGauss
