Plateforme Science Innovation Vibro Acoustique

OVERVIEW
Acronym PSIVA-PTA
Partner institution

Aix-Marseille Université





Description

PSIVA offers a wide range of services in the research field of acoustics and vibration. Notably, the facility equipments are internationally recognized for their high-levels of performance (e.g., low background noise, compliance with international standards) and ergonomy (e.g., assembly room, excitation booth in the basement, measurement and power pre-wiring with a large number of channels, remote control room).
PSIVA is made of:
-two anechoic room (370m3 anechoic and 550m3 semi-anechoic),
-two experimental halls (2x120m2),
-a complete high-tech set of instruments (e.g., laser vibrometers, multi-channel generation / acquisition systems, sensor networks, 3D robots) and complementary tools.

SCIENTIFIC DOMAIN
Scientific domain

SH5_5 - Music and musicology; history of music - Cultures and Cultural Production





 

PE11_5 - Engineering of composites and hybrid materials - Materials Engineering





 

PE8_1 - Aerospace engineering - Products and Processes Engineering





 

LS8_15 - Theoretical developments and modelling in environmental biology, ecology, evolution - Environmental Biology, Ecology and Evolution





 

PE7_4 - (Micro- and nano-) systems engineering - Systems and Communication Engineering





Keywords

Vibro Acoustic





INFRASTRUCTURE
Remote access details

The facility is open to research communities of both the academic and private sectors.

AMENITIES
Equipment

Services include the full use of the facility instruments, complementary tools, and of the all working environment (e.g., preparation rooms, offices, cafeteria).
The use of the facility is quite flexible and can be easily re-scheduled, which minimizes the risk to not get any result in case an incident occurs during the first try.
The expertise and assistance of the on-site team and resources are also made available to to users. The PSIVA team is particularily skilled in dealing with low frequencies, controlled field tests, large number of channels acquisition, measurements in extreme conditions (e.g., low and high levels, nonlinear).