Thematically, the conference will cover a broad range of topics from modeling, analysis, optimization to numerical realization. These include aspects such as uncertainties or stochastics, data-driven intelligent numerical solution techniques (e.g. utilizing techniques of machine learning), and applications.
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Plenary Talks
PL -
Contributed Talks
CS -
Minisymposia
Parallel minisymposia at FBP.
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Degenerate PDEs and free boundary problems
MS-1 -
Geometric Flows and Evolving Free Boundaries
MS-2 -
Numerical Methods for geometric PDEs
MS-3 -
Optimization and Free Boundaries
MS-4 -
Free boundaries in shape optimization
MS-5 -
Hydrodynamic Models with Moving Contact Lines
MS-6 -
Phase Field Methods in Real-World Applications
MS-7 -
Phase Transitions and Pattern Formation
MS-8 -
Fluid-structure Interactions
MS-9 -
Free Boundaries in Biology
MS-10 -
Thin Material Structures
MS-11
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