MS067A Enriched finite-element formulations for fracture I
MS Corresponding Organizer: Dr. Jorge Alfaiate (Universidade de Lisboa)
Chaired by:
Prof. Bert Sluys (Delft University of Technology , Netherlands) , Dr. Jorge Alfaiate (Universidade de Lisboa , Portugal)
Prof. Bert Sluys (Delft University of Technology , Netherlands) , Dr. Jorge Alfaiate (Universidade de Lisboa , Portugal)
Scheduled presentations:
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Large strain cohesive XFE formulation for ductile fracture
A. Kaniadakis, J. Crété, P. Longère* -
Assessment of Geological Fault Reactivation Using a Fully Coupled Hydromechanical Embedded Finite Element Approach
D. Cavalcanti*, C. Mejia, D. Roehl, I. de-Pouplana, G. Casas, L. Martha -
On static crack propagation analysis of quasi-brittle micropolar plates using extended finite element method
M. Tuna*, P. Trovalusci, N. Fantuzzi -
Ductile Fracture Analysis Using an Evolving TSL Along The Crack Path
S. Bhattarai*, B. Sluys -
Multiple Strong Transverse and Rotation Discontinuities in Closed Form Thick Beam Elements to Model Damage
Á. Martínez Miranda*, G. Juárez Luna -
Modelling corrosion in reinforced concrete using a total iterative approach
J. Alfaiate*, B. Sluys