Vibro-Acoustic Response Prediction of the Bartolomeo Multi-Purpose Payload

K. Abdoly, L. Van Der Smissen Airbus Defence and Space GmbH - Bremen (Germany)

M. Brandstetter, D. Binet, Free Field Technologies, part of Hexagon's Manufacturing Intelligence division

How to get acoustic performances in real-time using machine learning?

Predicting the Acoustic Signature of Electric Vehicle Powertrains

Sound Attenuation Prediction of High Speed Railway Sound Barrier with Actran

Make your tire noise predictions smarter with acoustic simulation

Royal Enfield - Motorbike Pass-by Noise

Actran Helps to Predict the Vibro-acoustic Response of Satellite Solar Arrays

Shaping a Smart and Connected World: Avio to Ensure Spatial Launchers Structural Integrity

Sustainable Engineering is Good Business Sense: CAE Can Solve Global Environmental Challenges

Actran Helps Reduce Time to Optimize Design of Active Pedestrian Alerting System by 50%

Numerical investigation of indirect combustion noise mechanisms in a nozzle

T. Deconninck; A. Appel de Gardane; Y. Detandt; C. Legendre and G. Lielens - Hexagon | Free Field Technologies

A. Vallon - Safran Helicopter Engines

Proceeding of the 23rd International Congress on Acoustics (ICA)

Parametric analysis of an automotive wheel arch acoustic treatment

R. Baudson, V. Sujjur Balaramraja, B. Van den Nieuwenhof - Hexagon | Free Field Technologies

T. Lafont, F. Ronzio - Autoneum Management AG

Proceedings of the Automotive Acoustics Conference 2019

What's new in Actran 2020?

Smart NVH design of electric vehicles powertrain

Increase Commuters’ Comfort Thanks to New Actran NVH Capabilities

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