Main research interests:
numerical multiphase flows, thin film modeling, heat and mass transfers in wavy films interacting with a gas flow, linear stability, CFD design of structured packings.
- thin-film modeling and numerical two-phase coupling: low-dimensional model, co- and counter-current film-gas flows, flooding onset, low-Mach scheme, moving mesh technique
- film-gas linear stability: Kapitza instability with confinement
- solitary waves on super-confined falling liquid films: intensification of heat and mass transfer
- two-phase flow in structured packings: CFD, VOF-LES model, carbon capture
- heat transfer in gas-liquid flow: DNS, two-fluid model, low-Mach scheme, heat transfer intensification (coming soon)
- reactive multiphase flows: mass-transfer experiments, chemical reactions, DNS with level-set formalism