Birs- 14w5122: Mathematical Modelling of Particles in Fluid Flow
-
Title: Double-diffusive sedimentation
Speaker:
Link:
-
Title: Turbidity Currents in Stratified Ambients
Speaker:
Link:
-
Title: Particle-resolved simulations of solid-liquid systems including mass transfer
Speaker:
Link:
-
Title: The flow of fluidised particles
Speaker:
Link:
-
Title: Numerical modelling of particles in fluid flow on Cartesian meshes
Speaker:
Link:
-
Title: Numerical modelling of particulate flows (passive and active suspensions)
Speaker:
Link:
-
Title: Steady-state particle transport in a displacement-ventilated enclosure
Speaker:
Link:
-
Title: Droplets: sinking/rising under gravity; clustering; imparting buoyancy
Speaker:
Link:
-
Title: Viscoelastic fluid suspension problems in fracking and drilling
Speaker:
Link:
-
Title: Characterizing the turbulence modification from red blood cells in free shear layers using Particle Tracking Velocimetry
Speaker:
Link:
-
Title: Particle sedimentation and resuspension in geophysical flows
Speaker:
Link:
-
Title: Simulating a moving interface between porous media and pure fluid
Speaker:
Link:
-
Title: Fully-resolved simulation of particulate flows: so close yet so far?
Speaker:
Link:
-
Title: Fluid structure interaction of a microcapsule in flow
Speaker:
Link:
-
Title: Powder snow avalanches: fed by pore pressures?
Speaker:
Link:
-
Title: The critical role of stratification in long run-out particulate gravity currents
Speaker:
Link:
-
Title: How to simulate several liquids and species of particles using SPH
Speaker:
Link:
-
Title: Granular segregation in nature
Speaker:
Link:
-
Title: Inertial particle caustics in vortical flows
Speaker:
Link:
-
Title: Finite element-fictitious boundary methods for the numerical simulation of complex particulate flows
Speaker:
Link: