LES methodology
- Numerical methods adapted for LES
- CHT methods for LES
- Comparing & validating LES with experimental evidence
- Quality criteria for LES
- UQ/methods adapted for LES
Experimental techniques
- Techniques for local time-resolved and global wall heat flux measurements
- Optical diagnostics for internal flows
- Optical diagnostics for separate phase and dispersed two-phase flows and sprays
- Optical diagnostics for mixing and combustion
- Techniques for characterizing liquid films
- Acquisition of experimental databases for validating LES
Combining LES and experiments for an improved understanding
- Combined usage of advanced diagnostics and LES for yielding a better understand and mastering of complex flows
- Methods allowing to extract meaningful information from large experimental and LES databases (POD, EMD, ML, etc.)
- Data assimilation methods for LES
LES models and codes (NS, LBM, SPH, etc.)
- Subgrid-scale models for turbulence, mixing, two-phase effects, etc.
- LES combustion models
- LES approaches for two-phase flows, including wall film modelling
- LES wall treatment, including hybrid RANS-LES approaches
- LES code developments
- ML to support LES modelling
Application fields
- Internal aerodynamics of EM
- ICE flows and combustion
- Cooling of EM and power electronics
- Cooling of batteries and fuel cells
- Piston cooling
- Liquid cooling systems for ICE
- Heat exchanger flows
- Under-the-hood flows
- Injector flows and sprays
> Program
> See the previous editions (2010 to 2018)
