Relatori

4 lectures on: Single-fluid formulations for eddy-resolving turbulent simulations. Data-driven approaches to describe bubble deformation. Energy exchanges in free-surface turbulence. Surface modifications for enhanced pool boiling.

5 lectures on: Two-phase flow and heat transfer regimes, nucleate boiling, saturated boiling, and the boiling crisis. Overview of experimental techniques, non-intrusive wall measurements.

5 lectures on: Fast numerical methods for two-phase flow, modeling of boiling/evaporation jump conditions in VoF/diffuse interface methods. Methods for large-scale GPU computations of two-phase flow with and without phase change.

4 lectures on: High-resolution gamma tomography for two-phase flow diagnostics. Image reconstruction and processing for multiphase visualization. High-speed X-ray radiography and tomography. Wire-mesh, film, and optical sensors for film thickness measure

4 lectures on: Particle-image velocimetry for single/two-phase flows (seeding, lasers, safety); laser-induced fluorescence (dyes, reflection mitigation), and applications in boiling, two-phase flows, and multiphase phenomena.

5 lectures on: Modeling of two-phase flows with phase-change, numerical methods based on a sharp-interface description. Direct numerical simulation of two-phase flows with phase-change (incompressible and compressible flow) and contact-line phenomena.

5 lectures on: Simulations of heat and mass transfer, phase-field modeling of droplet- bubble-laden turbulent flows, interfacial dynamics. Modeling of nonisothermal flows.