Your projects benefit from our scientific expertise
Aerodynamics, aeroelasticity, acoustics
- Understanding of the physical phenomena of fluid mechanics / fluid-structure interactions
- Diagnostic of flows and advanced modelling (turbulence, transition, etc.)
- Software forecasting of flows, structural movements and acoustic radiation
Electromagnetism and radar
Fine-scale description of the environment, propagation and study of radar clutter, numerical computation, electromagnetic compatibility, signal processing
Materials and structures
- Additive manufacturing
- Design, production and characterisation of metallic, ceramic or composite materials and structural elements
- Study and validation of new concepts
- Understanding of the mechanics of materials: behaviour, service life, resistance, cracking
Multi-physics for energy
- Study of propulsion system performance
- Testing under representative conditions
- Multi-physics modelling and simulation: flows, atmospheric emissions and dispersal, thermal deterioration of materials, impact of icing
Optics and associated techniques
- Development of new imaging systems and assessment of their performance
- Characterisation and modelling of optical propagation through atmospheric turbulence
- Modelling of the IR and visible signature of aircraft
Physics, instrumentation, environment, space
- Metrological characterisation of flows and plasmas
- Space environment models and measurements
Information processing and systems
- Identification and optimisation of perception and information processing systems
- Artificial intelligence and decision-making
- Robotics, drones and autonomy
- Safety and security of cyber-physical systems
- Applied mathematics and scientific computation
Wind tunnels
- Aerodynamic tests of aircraft covering the entire speed range: sonic, transonic and supersonic
