Scheduled presentations:

• FEM-BEM coupling with a substructured domain decomposition method
  A. Boisneault (POEMS, CNRS, Inria, ENSTA), *M. Bonazzoli (Inria, UMA, ENSTA), X. Claeys (POEMS, CNRS, Inria, ENSTA), P. Marchand (POEMS, CNRS, Inria, ENSTA)
• Efficient Space-Time Energetic BEM for 3D Elastodynamics: Addressing Singular and Hypersingular Integral Challenges
  *L. Coppolino (University of Messina), L. Desiderio (University of Messina)
• Time-Domain Boundary Element Methods for the Neumann Problem: A Stable Formulation for Sound Emissions
  *S. Schneider (University of Ulm), H. Gimperlein (University of Innsbruck), C. Özdemir (University of Innsbruck), K. Urban (University of Innsbruck), B. Graf (Ulm University of Applied Sciences)
• Space-time Second-Kind Boundary Integral Equations for Transient Wave Problems
  *D. Hoonhout (TU Delft), C. Úrzua-Torres (TU Delft)
• Energetic boundary element method on graded meshes for the numerical solution of mixed elastodynamic problems on 2D polygonal domains
  A. Aimi (University of Parma), *G. Di Credico (University of Parma), H. Gimperlein (University of Innsbruck), E. Stephan (Leibniz University Hannover)
• A potential flow solver for time domain simulation of non linear water waves generated by bodies moving in calm sea or regular waves
  *A. Mola (Scuola IMT Alti Studi Lucca)