Computational Mechanics

 

Civil Engineering research group: Professor Antonio Tralli, Professor Elena Benvenuti
- Homogenized limit-analysis-based models for ductility assessment of FRP reinforced masonry vaults
and panels
- Effective finite element models of structural elements made of elasto-damaging materials (concrete,
masonry)
- Modelling of the  delamination process of FRP reinforcements glued to concrete and masonry
- Nonlocal models for elastodamaging materials
- Nonlocal models for Carbon nanotubes
- 3D Regularized extended finite element models for continuous-discontinuous transition, imperfect
interfaces, fracture process zones, coated inclusions
- Regularized computational models for nonlinear dissipative interfaces
- Numerical treatment of singularities and discontinuities
- Molecular dynamics simulations of carbon nanotubes reinforced composites
Additional web pages:
https://sites.google.com/a/unife.it/elena-benvenuti/

Civil Engineering research group: Professor Antonio Tralli, Professor Elena Benvenuti 
- Homogenized limit-analysis-based models for ductility assessment of FRP reinforced masonry vaults 
and panels 
- Effective finite element models of structural elements made of elasto-damaging materials (concrete, 
masonry)
- Modelling of the  delamination process of FRP reinforcements glued to concrete and masonry
- Nonlocal models for elastodamaging materials 
- Nonlocal models for Carbon nanotubes
- 3D Regularized extended finite element models for continuous-discontinuous transition, imperfect 
interfaces, fracture process zones, coated inclusions
- Regularized computational models for nonlinear dissipative interfaces
- Numerical treatment of singularities and discontinuities 
- Molecular dynamics simulations of carbon nanotubes reinforced composites

Additional web pages: 
https://sites.google.com/a/unife.it/elena-benvenuti/