
Computational Fluid Dynamics
Introduction
The Computational Fluid Dynamics research line focuses on the numerical study and optimization of thermo-fluid dynamic processes using advanced simulation tools (0D-1D-3D) and CFD techniques. Its work supports the development of cleaner and more efficient propulsion systems, and innovative technologies. Combining high-fidelity modeling with experimental validation, the group aims to reduce emissions, improve energy efficiency, and accelerate technological transfer to industry.
Research Areas
Advanced combustion strategies in ICE engines
Gas turbine combustion processes
Turbomachinery
Aeroacoustics and UAV design
Thermal Management in propulsion systems
Atmospheric and Urban Flows
Batteries Thermal Runaway
High Fidelity Simulation
Fluid-Stucture Interaction and aeroelasticity
Biomedicine
ADVANCED COMBUSTION STRATEGIES IN ICE ENGINES
GAS TURBINE COMBUSTION PROCESSES
TURBOMACHINERY
AEROACOUSTICS AND UAV DESIGN
THERMAL MANAGEMENT IN PROPULSION SYSTEMS
ATMOSPHERIC AND URBAN FLOWS
BATTERIES THERMAL RUNAWAY
HIGH FIDELITY SIMULATION
FLUID-STRUCTURE INTERACTION AND AEROELASTICITY
BIOMEDICINE
Facilities

Recent Publications
Brief description and links for detailed view:


