CORDIS Project
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This project focuses on developing numerical models to simulate the flow of thin fluid sheets on moving curved surfaces. It aims to enhance understanding of coupled bulk-surface fluid dynamics, which is crucial for applications in various fields like material science and engineering.
Physical phenomena that combine effects on a surface and that in the bulk occur in many fields, ranging from crystal growth in chemistry and proton diffusion in biomembranes, through tyre aquaplaning and self-cleaning materials.
We consider this multi-scale problem specifically for coupled bulk-surface fluid flow.
Simulating these problems with traditional fluid solvers is challenging because of the different scale of the surface phenomena versus that in the bulk.
Towards this end, specialized t…
UNIVERSITE DU LUXEMBOURG
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