Research directions
- Turbulence modelling and complex interactions
- RANS second-moment closures
- Hybrid RANS/LES models
- Complex interactions of turbulence (walls, rotations, buoyancy, pressure gradients)
- Enrichment at the RANS/LES interfaces
- Transient/cyclic turbulent flows
- High-order numerical methods and efficient algorithms
- Discontinuous Galerkin approach: high-order discretization on unstructured meshes
- Implicit methods, multi-grid preconditioning
- HPC on heterogeneous architectures, task-driven parallelism
- Development of specific numerical schemes
- All-Mach compressible schemes
- Multi-phase flows
- Variable density
- Choc capturing
- Turbulence model equations
- Analysis and simulation of internal flows and heat transfer
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- MAVERIC wind tunnel
- Jets in crossflow: exp. vs. simulation (DNS, RANS, hybrid)
- Conjugate heat transfer
- Strong dynamics/heat transfer couplings: power plants, solar receivers, energy storage, underhood compartment of vehicules
