This is a Finite-Element code to solve my tesis problem about Growth and Remodeling of aneurysms on the Aorta artery. The code is mainly base on Florence.
- New follower load (pressure) in Assembly module.
- New ArterialWallMixture in Material Library.
- New Explicit Growth and Remodeling time integrator.
Prerequisites:
- Fastor
- Cython
- NumPy
- SciPy
- OpenBLAS
compilar: ./Tensor --> make ./FunctionSpace/OneDimensional/_OneD --> make ./FiniteElements/Assembly/Assembly --> make cython_assembler_build ./FiniteElements/LocalAssembly/KinematicsMeasures --> make ./VariationalPrinciple/GeometricStiffness --> make ./VariationalPrinciple/VolumetricStiffness --> make ./VariationalPrinciple/ConstitutiveStiffness --> make ./MaterialLibrary/LLDispatch --> make MATERIAL=material_name ./FiniteElements/Assembly/Assembly --> make ASSEMBLY_NAME=assembler_name
- Time integrator schema, explain.