Discover ADNR, Our Free Plate Vibration Simulator!

Discover ADNR, our free plate vibration simulator! ADNR is a practical and user-friendly software allowing you to simulate acoustics and structural vibrations of complex plates, such as structures. This is why it is an excellent tool that facilitates the preliminary design of noise control and for self-study.
In addition, it is very useful for the pre-design of damped panels, such as the various structures in automotive, aerospace, marine, railway and other industries.
In conclusion, ADNR uses a varied approach that allows for fast and accurate calculations of the effects of structural complexities on the vibro-acoustics of multilayer plates such as structures.
Who is ADNR Useful For?
Exploit All ADNR Possibilities!
For Design Engineers
- Provides answers to “what if…” questions
- Pre-design tool
- Internal code validation
- Self-learning of structural acoustics and vibration (S.A.V.)
For Trainers and Students
- Learn and understand S.A.V
- Support theoretical projects
- Support experimental projects
And Even More Functions!
Never Ending Functions for This Plate Vibration Simulator!
Structural complexities:
• Constrained and unconstrained viscoelastic layers,
• Stiffeners,
• Masses added,
• Excitation and coupling.
Mechanical forces and moments.
Weak and strong fluid-structure couplings.
Acoustic excitations (diffuse, plane waves).
Frequency analysis:
• Low, medium and high frequencies,
• Fine band and 1/3 octave analysis.
Designed for Microsoft Windows.
Ease of use by specialists and non-specialists:
• Fast results on PC,
• User-friendly interface.
*Windows 7, 8 and 10 users
For ADNR users using Windows 7 and above, the help menu with the user manual does not work. To correct this problem, the user must install the WinHelp32.exe program. It can be downloaded, in French, from the Microsoft Support Center at the following address:
http://support.microsoft.com/kb/917607/fr
*Windows 11 users
For ADNR users using Windows 11, the help menu with the user manual does not work.