The WCCM 2024 / PANACM 2024 will take place in Vancouver, Canada, between July 21-26.
We are again organizing a preCICE minisymposium: Multi-Physics and Multi-Scale Simulations with the Coupling Library preCICE (0415). Preliminary schedule:
- Session 1 (TS7, Wed 9:45-11:45):
- A quick introduction to the coupling library preCICE and the minisymposium (Gerasimos Chourdakis, University of Stuttgart)
- Micro manager: a tool for multiscale coupling with preCICE (Ishaan Desai, University of Stuttgart)
- Gismo & WaterLily adapters for the preCICE coupling library (Marin Lauber, Delft University of Technology)
- Overview of multiphysics coupling efforts at LLNL for advanced energy applications (Jerome Solberg, Lawrence Livermore National Laboratory)
- Session 2 (TS8, Wed 14:00-16:00):
- Speed up the multi-scale simulations with preCICE and MicroManager: resuts for a porous media flow (Jun Chen, University of Stuttgart)
- Flexible macro-micro coupling for spatial simulation of the liver (Steffen Gerhäusser, University of Stuttgart)
- A coupled two-muscle-one-tendon model of the agonist-antagonist myoneural interface (Carme Homs Pons, University of Stuttgart)
Next to the minisymposium, we are also organizing a full-day training course in the context of the conference and we are contributing a general poster about preCICE and the new preECO project.
Other talks mentioning preCICE in their abstract:
- A partitioned coupling algorithm for high-fidelity hydrodynamic induced structural fracture analysis (Gong Chen, Sun Yat-sen University ~ Southern Marine Science and Engineering Guangdong (Zhuhai) Laboratory), part of TS2 - MS 1605 Fluid-structure interaction in interface and moving boundary problems
- Active control of fluid-structure interaction systems using deep reinforcement learning (Ahmed H. Elsheikh, Heriot-Watt University), part of TS7 - MS 0708 Fluid dynamics and SciML: Navigating challenges and seizing opportunities
- A two-scale phase-field model for two-phase flow in porous media (Mathis Kelm, University of Stuttgart), part of TS11 - MS 0702 Advanced numerical techniques for fluid flow in porous media
- Advanced fluid-structure interaction simulation of a humanoid bioreactor system for optimized tissue engineering (Yuyang Wei, Oxford University), part of TS13 - MS 0501 Multiphysics biomechanics of bio- and bio-inspired soft materials: Theory, simulation and experiments
Feel free to ask questions in the corresponding thread of the forum and watch this page for updates.