Scheduled presentations:

• Modelling of High-Velocity Impact-Driven Delamination in Large-Scale Tapered Laminates
  *J. Selvaraj (University of Bristol), L. Kawashita (University of Bristol), S. Hallett (University of Bristol)
• A mode I-II-III decomposed cohesive zone model for 3D simulation of delamination propagation in laminated composite materials
  *L. Carreras (University of Girona), D. Kandeel (University of Girona), O. Adesina (University of Girona), J. Renart (University of Girona), B. Bak (Aalborg University), S. Jensen (Aalborg University), E. Lindgaard (Aalborg University), A. Turon (University of Girona)
• Modelling of Delaminated Sandwich Structures Satisfying Every Dynamical Boundary and Continuity Condition
  *B. Hauck (BUTE), A. Szekrényes (BUTE)
• Modelling Delamination Initiation and Propagation under Fatigue Loading through an ANSYS User-defined Cohesive Element
  *I. Urcelay Oca (Siemens Gamesa RE / Aalborg University), B. Bak (Aalborg University), E. Lindgaard (Aalborg University), A. Strandbygaard (Siemens Gamesa RE), N. Rojo Saiz (Siemens Gamesa RE)
• Numerical and Experimental Methods for the Identification of Interlaminar Properties in LSI Manufactured C/SiC Composite
  *M. Riva (DAER - Polytechnic of Milan), A. Airoldi (DAER - Polytechnic of Milan), A. Caporale (DAER - Polytechnic of Milan), L. Cavalli (Petroceramics S.p.A.), M. De Stefano Fumo (CIRA, Italian Aerospace Research Center)
• Structural cohesive element for the modelling of delamination between thin shells without cohesive zone limit
  *X. Ai (TU Delft), B. Chen (TU Delft), C. Kassapoglou (TU Delft)