External Aerodynamics
Introduction
The External Aerodynamics team combines technical expertise and a holistic vision to tackle aerodynamic, aeroelastic and aeroacoustic projects of all kinds. Their work relies on state-of-the-art computational tools and advanced experimental facilities that enable accurate validation of designs and innovative concepts for sectors as diverse as transportation, renewable energies and urban development.
Research areas
Urban aerodynamics - Sustainable air mobility
- Renewable energies
Urban aerodynamics
Computational LES simulation of winds in a city: turbulent structures
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Computational LES simulation of winds in a city
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City model for wind tunnel testing
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Simulation of atmospheric boundary layer in a wind tunnel
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Sustainable air mobility
Aeroacoustic simulation of a quadcopter
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Rotor–rotor interaction in a quadcopter
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Turbulent structures in a propeller wake
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Quadcopter testing in a wind tunnel
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Study of the effects of different additive manufacturing technologies on propeller performance and aeroacoustics
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Flow characterization in propellers for unmanned aircraft using optical techniques
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Renewable energies
Wind turbine simulation
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Wind turbine simulation
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Scale model of solar panels in a wind tunnel
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Facilities
Recent publications
Brief description and links for detailed view: