Good evening,
Thank you very much for the reply. Indeed, the use of the Butcher tableau
for constructing RK methods is very convenient. This discussion was very
helpful, so I would like to thank again Dr. Bangerth and Dr. Turcksin for
their quick responses.
Regards,
Aslan
On Sunday, November
On 11/17/2016 02:51 PM, Yi-Chung Chen wrote:
Thanks. I attach the log.txt
Thanks. I attached the pertinent information to the github issue.
Best
W.
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Wolfgang Bangerth email:
Aslan,
2016-11-17 19:31 GMT-05:00 :
> On Thursday, November 17, 2016 at 5:22:00 PM UTC-7, Wolfgang Bangerth wrote:
>> > I can see that there is an implementation of IRK method in deal.ii. If
>> > you do
>> > not mind, may I ask what was the reason that that particular
Daniel,
You are completely right. The problem was resolved applying your comment.
Thank you very much,
Hamed
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Oded,
Thank you for your assessment. Mediocre documentation combined with a
stalled development is certainly a recipe for frustration. I have recently
obtained a license for cubit - I would like to ask you about that but it
will have to wait until the middle of next week, I'm a little busy
First of all, Thank you very much for your kind reply.
> you mean physically move the triangulation to change the spatial position
> of the interface between two different materials, then this is also
> possible. Look at step-18
>
Sudarshan,
When I am at the face I need the solution at the interior quadrature
> points as well. However from dinfo1.indices we could get the the dof
> indices for the cell1. But is it possible to get the shape value at the
> interior quadrature points ?
>
You can of course work
Hamed,
[...]
> I am going to do the same as Bastian, namely periodic boundary condition
> for displacement such that u( 0, y ) = u( 1, y ) + *lambda ,*
> * so I used the recommended above code by Bastian for applying
> inhomogenity to predefined periodicity, in order to have reletive
>