Closed ryar9534 closed 3 months ago
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Can we try to use in a case with a fault?
We can (it should work?), but I would like to know more about how tpfa is handled to make sure to get the element regions for stabilization right. I also still need to write the integrated tests for this PR.
Can we try to use in a case with a fault?
We can (it should work?), but I would like to know more about how tpfa is handled to make sure to get the element regions for stabilization right. I also still need to write the integrated tests for this PR.
if we want to add to the frac-matrix and frac-frac connections we probably can. The tpfa is basically the same as for the matrix just with some "special" transmissibilities. It's assembled by looping on the dedicated stencil types.
@ryar9534 there are some conflicts now, please resolve
@ryar9534 there are some conflicts now, please resolve
I think I have fixed this
Implemented stabilized flux kernels to enable pressure jump stabilization for single-phase poromechanics. Also moves some stabilization-related functions from MultiphasePoromechanics to PoromechanicsSolver, as now that single-phase stabilization exists it could be unified.
Also adding input files to perform integrated tests with more physical meaning directly related to pressure stability.