Research School: Digital Twins of the Human Body
Join us for an intensive 2-day school on biomedical modeling and high-performance computing. This event will focus on advanced topics in the modeling and simulation of human organs using the deal.II finite element library, combining theory with real-world applications.
What we offer
- Presentations on key challenges in biomedical modeling
- In-depth sessions on algorithmic and implementation aspects
- Practical hands-on tutorials
Whether you are a student, researcher, or professional, this program will equip you with the tools and insights to advance your work at the intersection of life sciences and computing.
Scientific program
Biomedical modeling sessions
- Mechanobiology of cell motility
- Poro-viscoelasticity of brain tissue
- Vascularized tissues modeling
- Computational cardiac models
In-depth algorithmic sessions
- Model reduction with scientific and physics-informed machine learning
- Finite element algorithms with matrix-free implementations
- Sparse linear equation solvers
- Preconditioners for coupled multiphysics problems
- Polytopic mesh methods
Hands-on tutorials
- Modeling alveolar structures and surfactant
- Mechanobiology of cell motility
- PSCToolkit
- Cardiac simulations
