Complex Fluids
Fascinating rheological properties like shear thickening/thinning and anisotropic viscosity arise from underlying structure in complex fluids. We develop and use techniques to simultaneously analyze emergent, large-scale properties and image particle-level positions and stresses in such suspensions.
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Programmable Viscosity Metamaterials: Designing Fluid Properties Using Temporal Superposition of Shear and Acoustics
Soft Matter Roadmap
Jamming Memory into Acoustically Trained Dense Suspensions under Shear
Have Demos Ready, the Puppeteers are Coming – a physicists’s point of view on a puppetry performance
Universal scaling of shear thickening transitions
Steering self-organisation through confinement
Universal scaling for disordered viscoelastic matter near the onset of rigidity
Re-entrant transition as a bridge of broken ergodicity in confined monolayers of hexagonal prisms and cylinders
Rheology discussions: The physics of dense suspensions
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