Add orthotropic conduction for diffusion equation. The current implementation may not be able to handle fully anisotropic materials. The rotation of the axis can only be done in multiples of 90 degs.
Tests were added to both test_viscous.py and test_diffusion.py. An example was also added (heat-diffusion.py).
Updates the carbon fiber to use FiberForm values. The previous values were char-only data from TACOT and is not exactly representative of the fiber-only.
Questions for the review:
[ ] Is the scope and purpose of the PR clear?
[ ] The PR should have a description.
[ ] The PR should have a guide if needed (e.g., an ordering).
[ ] Is every top-level method and class documented? Are things that should be documented actually so?
[ ] Is the interface understandable? (I.e. can someone figure out what stuff does?) Is it well-defined?
[ ] Does the implementation do what the docstring claims?
[ ] Is everything that is implemented covered by tests?
[ ] Do you see any immediate risks or performance disadvantages with the design? Example: what do interface normals attach to?
Add orthotropic conduction for diffusion equation. The current implementation may not be able to handle fully anisotropic materials. The rotation of the axis can only be done in multiples of 90 degs.
Tests were added to both
test_viscous.pyandtest_diffusion.py. An example was also added (heat-diffusion.py).Updates the carbon fiber to use FiberForm values. The previous values were char-only data from TACOT and is not exactly representative of the fiber-only.
Questions for the review: