INSA LYON

Noise pollution is a public health issue: about 40% of the population in EU countries is exposed to road traffic noise at levels exceeding 55 dB(A), with health and social costs reaching 40 B€ across the EU. Noise reduction is thus a crucial issue for citizens well-being, and vibroacoustic challenges are a major issue in key industrial domains such as transport and energy.

ABHSSYS ambitions to disrupt noise reduction in transport and energy domains, by taking advantage of a ground-breaking approach for noise and vibration mitigation based on Acoustic Black Holes (ABH). This radically new approach has a high industrial potential since it is i) Scalable: ABH enables significative noise and vibration reduction with only minor and local modification of the structure and compatible with usual industrial processes; ii) Deployable: ABH can be applied to numerous industrial fields and without requiring new designs; and iii) Green-friendly: ABH consist in removing some material.

Visual: 
Laboratoires: 
Dates - Duration: 
03/2026 to 02/2030
Funding Institution: 
Contact: 
laurent.maxit@insa-lyon.fr
Project Leader: 
UNIV LE MANS
INSA’s scientific leader: 
Laurent MAXIT (LVA)
Subtitle: 
Acoustic Black Holes for Silent SYstemS
Funding: 
3345584' €'
Chapo: 
Disruptive noise reduction techniques based on the concept of acoustic black holes