Scheduled presentations:

• Causes and symptoms of the absence of the bundle size effect in the Fibre-Element-Imposed Impregnated Fibre Bundle Model
  *S. Lomov (KU Leuven), C. Breite (KU Leuven), Y. Swolfs (KU Leuven), S. Abaimov (Skolkovo Institute of Science and Technology)
• Prediction of Non-linear Response of Multiphase Composite Microstructures through Deep Learning of Reduced Structure-Response Data
  D. Biswas (University of Salford), *G. Ammasai Sengodan (University of Salford), S. A. Ponnusami (City, University of London)
• On the development of a simulation approach for modelling cellulosic foams as a core-material for lightweight bio-based sandwich panels
  *M. Wagner (TU Graz), G. Baumann (TU Graz), Q. Jiang (Uni Vienna), N. Debabeche (Uni Vienna), T. Nypelö (Chalmers), S. Spirk (TU Graz), U. Hirn (TU Graz), W. Bauer (TU Graz), F. Feist (TU Graz)
• Experimental and Numerical Evaluation of the Behaviour Mechanical of Green Sandwich Panels
  *F. Bongiorno (Università di Palermo), C. Militello (Università di Palermo), B. Zuccarello (Università di Palermo)
• Individual fibre segmentation from time-resolved computed tomography images of fibre-reinforced composites using deep learning
  *R. Guo (KU Leuven), C. Breite (KU Leuven), J. Stubbe (Lund University), Y. Zhang (Lund University), C. Rojas Gomez (KU Leuven), M. Mehdikhani (KU Leuven), P. Villanueva-Perez (Lund University), Y. Swolfs (KU Leuven)
• Generating micromechanics-based data for elastic short fibre composites using generative adversarial networks
  *M. Mirkhalaf (University of Gothenburg), C. Verhoeven (Eindhoven University of Technology), E. Ghane (University of Gothenburg)