Birs- 18w5123: Complex Fluids in Biological Systems

  1. Title:
    A study of the extravasation of cancer cells from blood vessels

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  2. Title:
    Transient and convective inertia effects on the motion of a slender particle

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  3. Title:
    Dynamics and deformation of complex interfaces – study of vesicles and droplet-like systems

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  4. Title:
    Brownian motion in viscoelastic flow

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  5. Title:
    Uncertainty propagation in passive microrheology

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  6. Title:
    Flows about superhydrophobic surfaces

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  7. Title:
    Numerical experiments of active matter: efficient algorithms for long-range and short-range interactions

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  8. Title:
    Spontaneous chiral symmetry breaking in active fluids

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  9. Title:
    Using a stochastic field theory to understand active colloidal suspensions

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  10. Title:
    Swimming in active liquid crystals

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  11. Title:
    Multiflagellarity stabilizes bacterial locomotion against buckling

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  12. Title:
    Microtransformers: Controlled microscale navigation with flexible robots

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  13. Title:
    Exit time problems for microswimmers

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  14. Title:
    Elastic stress development at flagella tips and its effect on locomotion

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  15. Title:
    Quantifying fluid transitions for different strokes with applications to micro-organisms swimming in viscoelastic fluids

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  16. Title:
    Swimming in viscoelastic fluids under confinement

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