Birs- 15w5071: Viscoplastic Fluids: From Theory to Application

  1. Title:
    Thixotropy and our IKH model

    Speaker:

    Link:

  2. Title:
    The yielding behavior of a waxy crude oil

    Speaker:

    Link:

  3. Title:
    Modelling thixotropic yield stress fluids as a limit of viscoelasticity

    Speaker:

    Link:

  4. Title:
    The mystery of Carbopol

    Speaker:

    Link:

  5. Title:
    Planar squeeze flow of Bingham fluids

    Speaker:

    Link:

  6. Title:
    Vibrating wire rheometry

    Speaker:

    Link:

  7. Title:
    On different ways of measuring “the” yield stress

    Speaker:

    Link:

  8. Title:
    Critical Conditions for Flow in Idealized Fractures

    Speaker:

    Link:

  9. Title:
    About the use of Carbopol gels as model yield stress fluids

    Speaker:

    Link:

  10. Title:
    A fluidity model for the mechanical description of thixotropic elasto-viscoplastic materials

    Speaker:

    Link:

  11. Title:
    Yield limit of symmetric-particle motion in viscoplastic fluid

    Speaker:

    Link:

  12. Title:
    Design tools for yield-stress fluids: a rheology-to-structure inverse problem

    Speaker:

    Link:

  13. Title:
    Morphology of drop impact onto a viscoplastic gel

    Speaker:

    Link:

  14. Title:
    Boundary Integral simulations of motion and deformation of visco-plastic drops in a non-isothermal viscous fluid

    Speaker:

    Link:

  15. Title:
    Droplet impacts: when yield-stress fluids do and do not stick

    Speaker:

    Link:

  16. Title:
    Multigrid Methods for Large-Scale Optimization Problems Arising in Viscoplastic Fluids Simulation

    Speaker:

    Link:

  17. Title:
    The settling of a spherical particle in Carbopol: Elastic effects are as important as yielding

    Speaker:

    Link:

  18. Title:
    Particle settling in yield stress fluids: limiting time, distance and applications

    Speaker:

    Link:

  19. Title:
    Principal Component Analysis of Particle Motion

    Speaker:

    Link:

  20. Title:
    Fast and Exact: an accelerated dual gradient method for Bingham flow

    Speaker:

    Link: