codes

• Basic computational methods for fracture mechanics using dolfinx with Laura De Laurenzis, ETH Zurich, in the framework of the Newfrac project

• Training on dolfinx including nonlienear elasticity and phase-field fracture, in collaboration with Jack Hale, University of Luxembourg, in the framework of the Newfrac project.

• A tutorial as Jupyter notebooks that I use for short courses (with fenics-old, outdated), on colab

• Supplementary material to (Tanné et al., 2018): https://bitbucket.org/cmaurini/gradient-damage, where you can find a reasonably complete implementation of gradient-damage models in FEniCS

• Supplementary material to (missing reference) where you can find an advanced solver implemented using FEniCS and advanced features of PETSc https://bitbucket.org/pefarrell/varfrac-solvers

• Demo codes used at the cism-iutam summer school on variational fracture http://www.cism.it/courses/C1304/: https://bitbucket.org/cmaurini/varfrac_for_cism, where you can find elementary examples for the implementation of gradient-damage models in FEniCS (can be outdated but useful as a starting example).

• Strain-gradient damage, supplementary material to (Le et al., 2018): https://bitbucket.org/cmaurini/gd-vs-sd-damagemodels

• Plates and shells, where we provide a simple and efficient implementation of shell models in FEniCS described in the paper (Hale et al., 2018)

  • https://bitbucket.org/unilucompmech/fenics-shells

  Further informations here: http://fenics-shells.readthedocs.io/en/latest/

See also my pages on bitbucket and github, where I usually host my codes.