* co-supervisors, RW = Walloon regional project, FRIA = FNRS funding
Research interests: simulation and analysis of compressible turbulent flows; design and characterisation of turbomachinery and propulsion systems; development of numerical methods.
Course: AERO0014 - Aerospace Propulsion
PhD Thesis subject: Experimental and Numerical Analysis of Macro-scale Tandem Flapping Wings.
Supervisor: Prof. G. Dimitriadis
PhD Thesis subject: Hydrodynamic numerical simulation of powder bed fusion processes
PhD Thesis subject: The role of turbulence length scales on the aerodynamics of internal flow passages
PhD Thesis subject: Shock capturing strategies for scale-resolving simulations using the discontinuous Galerkin Method
PhD Thesis subject: Integrating transition in wall-modeled LES for Discontinuous Galerkin Solver
PhD Thesis subject: development a three-dimensional time-accurate hybrid DG solver for inductively coupled plasmas.
PhD Thesis subject: Development of a high-order fluid solver for multicomponent air plasma sheath
PhD Thesis subject: ForDGe - a Cartesian Immersed DGM solver for complex geometry
PhD Thesis subject: Adaptation of a Transonic Linear Cascade to Investigate Purge and Secondary Flow Effects on the Aerodynamics of High-Speed Low-Pressure Turbines
PhD Thesis subject: Experimental investigation of the aerodynamics of a 1.5 stage High-Speed Low-Pressure turbine
PhD Thesis subject: Performance and stability analysis of a highly-loaded low pressure compressor under distorted inflow conditions
PhD Thesis subject: Development of a high order numerical model for Hall Thrusters
PhD Thesis subject: Shock capturing strategies for high order DGM simulation of turbulent hypersonic flows
