Hi Daniel,
I am facing a problem of "Apache License, Version 2.0" during installation
of TBB.
I don't know where to add the License file and what are changes I have to
do in the License file?
Thanks
On Thu, Feb 28, 2019 at 3:30 PM Muhammad Adil
wrote:
> Hi Daniel,
> I am trying to install TBB ex
Hi Daniel,
I am trying to install TBB externally but not successful yet because I am
new to use Ubuntu.
Will you please me to install TBB?
Thanks
On Mon, Feb 25, 2019 at 8:06 PM Daniel Arndt <
daniel.ar...@iwr.uni-heidelberg.de> wrote:
> Muhammad,
>
> I have installed deal.II-9.0 successfully.
>>
Hi Gabriel,
In case you are interested, I have written a patch and a new test for this
issue: its available at
https://github.com/dealii/dealii/pull/7763
Thanks,
David Wells
On Tue, Feb 26, 2019 at 8:45 PM David Wells wrote:
> Hi Gabriel,
>
> step-32 does use a pressure element of degree 1 lo
Bruno,
have a look at DoFTools::extract_constant_modes()
(https://www.dealii.org/developer/doxygen/deal.II/namespaceDoFTools.html#ab0142d347dcce15ec993acaaa2bf85c3).
Best,
Daniel
--
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Hello everyone,
I am currently solving a stabilized form of the Navier-Stokes equations.
Due to the stabilization terms, I can easily lump everything in a single
matrix.
Everything is done via the Trillinos Wrappers.
I get relatively nice scaling up to a certain number of cells (say 1e6 or
so),
On 2/27/19 4:03 AM, mboron1...@gmail.com wrote:
>
> I have checked Step-40. Lets say we have an*old_locally_relevant_solution
> *vector and a *new_locally_relevant_solution_update* vector (*extracted from
> the completely distributed solution in the solve module*). How can we add
> these two ve
Dear Jean-Paul,
I have checked Step-40. Lets say we have an* old_locally_relevant_solution
*vector
and a *new_locally_relevant_solution_update* vector (*extracted from the
completely distributed solution in the solve module*). How can we add these
two vectors in DEALII. Thanking you in anticip
Dear Prof. Arndt,
I have used SolutionTransfer as you say, but if I set a phi_0 fixed, then
project it into finite element space and get a vector phi_0_h, then I get
phi_0_h/2, phi_0_h/4, phi_0_h/8 by using SolutionTransfer, but the norm
of (phi_0_h- phi_0_h/2), (phi_0_h/2- phi_0_h/4), (phi_0_h
Dear Prof. Arndt,
I have used SolutionTransfer as you say, but if I set a phi_0 fixed, then
project it into finite element space and get a vector phi_0_h, then I get
phi_0_h/2, phi_0_h/4, phi_0_h/8 by using SolutionTransfer, but the norm
of (phi_0_h- phi_0_h/2), (phi_0_h/2- phi_0_h/4), (phi_0_h
