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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

  • tick Advanced combustion strategies in ICE engines
  • tick Gas turbine combustion processes
  • tick Turbomachinery
  • tick Aeroacoustics and UAV design
  • tick Thermal Management in propulsion systems
  • tick Atmospheric and Urban Flows
  • tick Batteries Thermal Runaway
  • tick High Fidelity Simulation
  • tick Fluid-Stucture Interaction and aeroelasticity
  • tick Biomedicine

ADVANCED COMBUSTION STRATEGIES IN ICE ENGINES

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GAS TURBINE COMBUSTION PROCESSES

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TURBOMACHINERY

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AEROACOUSTICS AND UAV DESIGN

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THERMAL MANAGEMENT IN PROPULSION SYSTEMS

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ATMOSPHERIC AND URBAN FLOWS

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BATTERIES THERMAL RUNAWAY

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HIGH FIDELITY SIMULATION

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FLUID-STRUCTURE INTERACTION AND AEROELASTICITY

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BIOMEDICINE

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Facilities

Turbocharger Test Bench
FACILITY_SECTION.facilities.facil15

Recent Publications

Brief description and links for detailed view:

Members