Organizers:
- Souhayl Sadik, Aarhus University
- Arash Yavari, Georgia Institute of Technology
Description:
Nonlinear coupled field theories have emerged as a powerful framework for understanding complex multi-physics behavior in solids subjected to interactions between multiple fields, including thermal, growth, remodeling, electrical, magnetic, and chemical effects. This mini-symposium focuses on theoretical advancements in modeling these systems, with an emphasis on nonlinear effects.
The symposium aims to bring together researchers developing rigorous mathematical frameworks and analytical tools for describing coupled phenomena in solid mechanics. By focusing on theory and foundations, the goal is to enhance our understanding of complex materials and inspire new directions for applications in active solids, biomechanics, soft robotics, and multifunctional materials.
Topics of interest:
Key topics include, but are not limited to:
- Anelastic (eigenstrain-driven) phenomena, such as temperature effects, defects, growth, and remodelling
- Electro-mechanical and magneto-mechanical interactions
- Multi-physics modelling of active solids and soft materials
- Geometric and variational formulations of coupled systems
- Mathematical and physical foundations of coupled field theories