Short Bio

Currently I am a postdoctoral researcher in the GammaO team at INRIA.
I earned a Ph.D. in Fluid Dynamics at the ENSAM ParisTech in 2020. During my Ph.D., I worked on linear stability analysis and numerical methods for turbulent compressible flows, involving RANS, URANS and DDES modeling. I then moved to INRIA and joined the GammaO team, which aims at certifying the numerical results of the entire simulation pipeline and providing high-fidelity numerical solutions. Since then, I work on numerical schemes for anisotropic meshes, RANS and transition modeling. Later, I spent a brief period abroad as a visiting researcher at the National Institute of Aerospace (NIA). There, I estabilished professional networks with NIA and NASA LaRC researchers. During this period, I worked on high-order edge-based algorithms. My area of expertise is turbulence modeling and the development of numerical schemes for unstructured and mixed-element grids.

Research interest

Numerical schemes for CFD

  • Finite volume discretization.
  • P1 Galerkin discretization.
  • High-order edge-based algorithms.
  • Hyperbolic formulation for Navier-Stokes equations.
  • Accuracy analysis.

    • Physical modeling

  • RANS, URANS and DDES simulations.
  • Turbulence and transition models.
  • Stability analysis for compressible flows.

    • Anisotropic mesh adaptation

    Most of my time is devoted to development of the Wolf flow solver.