Scheduled presentations:

• Adaptive Hybrid Domain Decomposition-Based Modeling via Operator Inference and the Schwarz Alternating Method
  *I. Tezaur (Sandia National Laboratories), E. Parish (Sandia National Laboratories), A. Gruber (Sandia National Laboratories), I. Moore (Sandia National Laboratories), C. Wentland (Sandia National Laboratories), A. Mota (Sandia National Laboratories)
• A Reduced-Order Domain Decomposition Strategy for Thermomechanical Simulations of Microelectronics Interconnects
  *T. Luong (INSA Lyon), A. Gravouil (INSA Lyon), N. Blal (INSA Lyon), T. Elguedj (INSA Lyon), C. Sart (STMicroelectronics)
• Graph-Based Hierarchical Reduced-Order Modeling for Large-Scale Electromagnetic Field Analysis
  *K. Shintate (University of Tsukuba), N. Morita (University of Tsukuba), S. Kaneko (Nagoya Institute of Technology), A. Takei (University of Miyazaki), N. Mitsume (University of Tsukuba)
• Reduced Basis Methods for Domain Uncertainty Quantification of Periodic Gratings
  *R. Aylwin Pincheira (Univeristät Ulm), J. Pinto Denegri (Universidad Adolfo Ibañez), G. Silva Oelker (Universidad Mayor)
• Model Order Reduction for Quantum Molecular Dynamics
  *S. Cheung (Lawrence Livermore National Laboratory), Y. Choi (Lawrence Livermore National Laboratory), J. Fattebert (Oak Ridge National Laboratory), D. Osei-Kuffuor (Lawrence Livermore National Laboratory)
• Physics-informed Variational Operator Learning for Multiscale Phase-field Fracture in Composites
  *H. Kim (Jeonbuk National University), H. Cho (Jeonbuk National University)