1. June 25-30, 2017, Budapest, Hungary :  Participation in the  9th European Nonlinear Dynamics Conference (ENOC 2017)  with the presentation titled “Dynamics and fracture of impacted sandwich composites under time varying loads: Numerical modelling and simulations“, which was presented during the conference Mini-Symposium “Nonlinear Phenomena in Mechanical and Structural Systems”.
  2. March 26-28, 2018, Nantes, France: Participation in  the 16th European Mechanics of Materials Conference  ( EMMC16) with the presentation titled “ Face sheet-to-core debonding analysis in sandwich panels under dynamic loading“.
  3. May 23-26, 2018, Timisoara, Romania: Participation in the 1 st International Conference on Computational  Methods and Applications in Engineering (ICCMAE) with the presentation titled: “Influence of dynamic loading on fracture of face sheet-to-core interface in sandwich fracture specimens“.
  4. July 02-06, 2018 Bologna, Italy: Participation in the 10th European Solid Mechanics Conference (ESMC10) with the presentation titled ” Evaluation of face sheet-to-core interface strength in sandwich panels in the dynamic debonding propagation analysis“.
  5. August 06-10, 2018 Rome, Italy: Participation in the 9 th International Conference on Coputational Methods (ICCM2018) with the presentation titled “The influence of: specimen geometry, elasticity properties ratio and boundary conditions on purity of Mode I during interfacial crack growth in sandwich panels“.
  6. October 01-05, 2018, Udine, Italy: Participation in Marie Curie ITN Joint Advanced School on ,,Damage and failure of materials under extreme conditions”.
  7. February 17-20, 2019 Rome, Italy: Participation in the 1 st International Nonlinear Dynamic Conference (NODYCON 2019) with the presentation titled ” Nonlinear fracture dynamics of double cantilever beam sandwich specimens”.
  8. May 21-24, 2019, Spain, Madrid: Participation in the  EUROMECH Colloquium 605    with the presentation titled “Dynamic fracture analysis of sandwich panels damaged by debonding: Finite element modeling and simulations”.