Dear Libmesh team,
I'm a beginner in computational science and c++ programming. So please
excuse If I am not making any sense at somewhere.
I am trying to develop a structural mechanics solver for non-linear
analysis problems. I don't have previous C++ experience and haven't used
any C++ FEA Libr
Roy,
This question is probably for you. I'm curious if we've gained or could
potentially gain a method for looping over all "coupled" elements (if this
is the right terminology). Let me try to clarify what I mean since we've
used the wrong terminology for so long and I'm probably still using it
in
Hi all,
I'm a new user of libMesh. I am trying to incorporate patient-specific MRI
data with a finite element model. For this purpose, I want to define a
field map with nodal values assigned based on the images. The field then
needs to be integrated to assemble the stiffness matrix.
I've noticed
LinearSolver does not have the capability to have null spaces attached to
it. In my opinion, wouldn’t it be a good idea to have a Solver class from
which all the solvers can inherit common things like attaching null spaces
or setting up the preconditioner?
On 11/16/16, 8:50 AM, "Salazar De Troya,
A slight tangent but still related to this topic of reusing the
preconditioner:
The TimeSolver in DifferentiableSystem has both a DiffSolver and a
LinearSolver. The DiffSolver is used in the regular primal/forward solve()
and the LinearSolver in the adjoint_solve(). It would be convenient to
reus