> Unfortunately, visualizing is not enough to my purposes. I need the
> tangential component of the gradient at the mesh faces to perform a
> post-processing phase where I compute some relevant quantities to be used
> later in solving a different problem.
>
In general, you can create a quadrat
Thanks for your answer!
Unfortunately, visualizing is not enough to my purposes. I need the
tangential component of the gradient at the mesh faces to perform a
post-processing phase where I compute some relevant quantities to be used
later in solving a different problem.
Thanks again.
Il g
I'm solving a 2D problem on quadrilateral cartesian mesh using FE_Q(1)
> elements.
> I would like to compute the gradient of the bilinear solution, known to
> belong to the FE_Nedelec(0) space: how can I manage to do it?
>
For visualizing the gradient of discrete solution, you have multiple
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