Create an interface kernel to impose Sievert's law:

[simopier]

• Create interface kernel (.C and .h files)
• Create documentation
• Create test for non-ad and ad cases

(Close #50)

[simopier]

Hmm, Clang format check fails, but applying the patch does not change any files:

(moose) fn654432:TMAP8 simopa$ git clang-format 50a0ed49c355e4367ca23357150231f92ed78b54
clang-format did not modify any files

@cticenhour ?

[moosebuild]

Job Documentation on 66537a7 wanted to post the following:

View the site here

This comment will be updated on new commits.

[lindsayad]

How general is this? Would the scalar transport module be a good fit, or is here better?

[simopier]

How general is this? Would the scalar transport module be a good fit, or is here better?

Good question. I figured that since I implemented it specifically for Sievert's Law with an Arrhenius solubility, it would be specific to TMAP8 needs, but maybe that was a poor judgement call on my end. Any suggestion?

[lindsayad]

I guess I think of Arrhenius as being pretty general. I remember learning about Arrhenius rates back in gen chem eons ago

[lindsayad]

I leave it up to you @simopier. I love the contribution, so I'll be delighted to take it here or in the STM in MOOSE

[moosebuild]

Job Precheck on 45fdb13 wanted to post the following:

Your code requires style changes.

A patch was auto generated and copied here
You can directly apply the patch by running, in the top level of your repository:

curl -s https://mooseframework.inl.gov/tmap8/docs/PRs/51/clang_format/style.patch | git apply -v

Alternatively, with your repository up to date and in the top level of your repository:

git clang-format 89e66fe63a0d24640a27208d6098e2c54f799922

[cticenhour]

Thanks again @simopier! If we ever want to move this into the scalar transport module later, we can do that and preserve this history.