Scheduled presentations:

• A fft based method for mesoscale continuum dislocation mechanics with defect energy
  *S. Berbenni (CNRS), R. Lebensohn (Los Alamos National Laboratory), V. Taupin (CNRS)
• Combining Diffraction Microstructure Iimaging and FFT Simulations to Study Polycrystal Plasticity
  C. Ribart (PSL University), A. Marano (ONERA), W. Ludwig (ESRF / Lyon University), *H. Proudhon (PSL University)
• Construction of a model of Field Dislocation Mechanics applied to the viscoplastic behaviour of Uranium Dioxide
  *É. Castelier (CEA, DES, IRESNE, DEC, Cadarache), H. Bouizem (CEA, DES, IRESNE, DEC, Cadarache), V. Taupin (Université de Lorraine, CNRS)
• FFT-based Crystal Plasticity Study On Strain Localization In Irradiated Austenitic Stainless Steel
  *A. Lame Jouybari (Jozef Stefan Institute), S. El Shawish (Jozef Stefan Institute), L. Cizelj (Jozef Stefan Institute)
• FFT-based modeling of intragranular slip localization modes within polycrystals
  *A. Marano (ONERA), L. Gélébart (Université Paris-Saclay, CEA), S. Forest (MINES Paris, PSL University)
• An FFT Based Discrete Slip Plane Approach to Simulate the Deformation of Tungsten Nanofoams
  *C. Ruestes (IMDEA Materials Institute), J. Segurado (IMDEA Materials Institute)