Thanks Wolfgang, I get the point!
Best
M.
Wolfgang Bangerth 于2019年5月17日周五 上午1:21写道：
> On 5/13/19 8:45 PM, llf m wrote:
> > I want to output the strain tensor and I use the
> *DataPostprocessorTensor
> > *which described in
> >
>
On 5/13/19 8:45 PM, llf m wrote:
> I want to output the strain tensor and I use the *DataPostprocessorTensor
> *which described in
> https://dealii.org/developer/doxygen/deal.II/classDataPostprocessorTensor.html
> .
> But as I am dealing with a vector-valued problem,
> how can I pass the
Dear Wolfgang,
I meet almost the same situation but a little different:
As I am dealing with a vector-valued problem like
(disp_x,disp_y,another_quantitied),
I want to output the strain tensor and I use the *DataPostprocessorTensor
*which
described in
Thanks Wolfgang,
step-22 is exactly what I was looking for.
It works just fine, now.
Alberto
Il giorno lunedì 17 aprile 2017 10:43:56 UTC-4, Wolfgang Bangerth ha
scritto:
>
> On 04/17/2017 08:37 AM, Alberto Salvadori wrote:
> > Thanks Wolfgang.
> > What you surmised is exactly what it is
On 04/17/2017 08:37 AM, Alberto Salvadori wrote:
Thanks Wolfgang.
What you surmised is exactly what it is happening, see the error message below.
I have no run-time errors in running this code
conststd::vector
data_component_interpretation(dim+2,
On 04/17/2017 08:09 AM, Alberto Salvadori wrote:
DataOut data_out;
data_out.attach_dof_handler(dof_handler);
// displacement output
conststd::vector
data_component_interpretation(dim,
DataComponentInterpretation::component_is_part_of_vector);
Hi,
thanks in advance for your suggestions.
I have been working on a small strain version of the three-fields
formulation proposed in step 44. To this aim, I have been extended step 18,
including some non linear material models.
It is my understanding that there are two ways of assembling and
