Relatori

5 lectures on: Numerical simulations of flexible objects; The dynamics of finite-size fibers in turbulence and their use to sample the flow; Turbulence modulation by a suspension of finite-size fibers; Turbulence modulation by a suspension of finite-size

4 lectures on: Agglomeration of particles: Lagrangian modelling of micro-particle agglomeration in turbulent flows; Agglomeration of particles: Lagrangian modelling of micro-particle agglomeration; Modelling of wall collisions for non-spherical particles;

6 lectures on: Short range interactions between non-spherical bodies immersed in a fluid; Immersed-boundary methods on octree grids for non-spherical bodies in a fluid; Drag, lift and torque of non-spherical rigid bodies immersed in a fluid in the dilute

5 lectures on: Imaging techniques in particle-laden flows; Comparison between different experimental techniques; Applications of different techniques in visualization of non-spherical particles.

4 lectures on: General introduction, fundamentals and key definitions for modelling and simulation of non-spherical particles; Euler-Lagrange point-particle methods for Direct and Large-Eddy simulation of non-spherical particles; Euler-Lagrange point-part

5 lectures on: Inertial rigid fibers and discs in turbulence; Inertial rigid fibers and discs in turbulence; Elastic objects in turbulence; Fragmentation and aggregation of flexible fibers in turbulent flows.

3 lectures on: Theoretical models for rigid and flexible fibers; Numerical simulations of fibers and the forces between them; The dynamics of fiber suspensions from dilute to denser regimes.