Internal workshop on extrapolation of the project results

 

 

Wednesday 4th September 2024 (9:00-12:30) – only Consortium Partners

9:00-10:15

Extrapolation of the project outcomes towards the ONERA NOVA aircraft

Lessons learned from the research carried out on the Boundary Layer Ingestion
concept (configs. A):
   - dominant noise-generation mechanisms
   - maturity of the simulation tools
   - most promising optimization strategies
   - potential of noise mitigation strategies

 

10:15-10:45

Coffee break

10:45-12:30

 Extrapolation of the project outcomes towards an Urban Air Mobility aircraft

Extrapolation of the project outcomes towards an Urban Air Mobility aircraft
Lessons learned from the research carried out on the Distributed Electric
Propulsion and multi-rotor concepts (configs. B and C):
       - dominant noise-generation mechanisms
       - maturity of the simulation tools
       - most promising optimization strategies
       - potential of noise mitigation strategies

 
 

Internal workshop w/ AB: final project guidelines

 

Wednesday 4th September 2024 (13:30-16:00) – Consortium + AB members

13:30-16:00

Final project guidelines:


Best design practices for quiet and efficient integrated propulsion systems
Recommendations for experimental campaigns over multiple test sites
and wind tunnels
Maturity and future developments of aeroacoustic simulation
and optimization tools for aircraft design
Technological readiness of noise mitigation strategies
Guidelines for the generation of validation benchmarks
and open-access databases

 

 

 
 
 

Internal workshop w/ AB: TRL assessment & roadmap

 

Wednesday 4th September 2024 (16:15-17:30) - Consortium + AB members + EC representatives

16:15-17:30

 

Review of the TRL pre- and post-ENODISE regarding:
- wall-mounted and buried propulsion systems
- distributed pylon- and control surface-mounted propulsion systems
- multi-rotor systems
- high-fidelity CAA methods for optimization
- low-CPU prediction tools for optimization
- optimization methods for installation effects
- blade leading edge / trailing edge serrations
- porous materials and advanced liners