Smart NVH design of electric vehicles powertrain

Increase Commuters’ Comfort Thanks to New Actran NVH Capabilities

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

Actran Induces Optimization of Electric Motor Drive Design

Democratize access to acoustic simulation using customized interface

Numerical modelling and characterization of a heat exchanger

G. Vatin, B. Ganty, Y. Detandt - FFT

S. Lesoinne, J.-J. Embrechts - University of Liège

Internoise 2019

Hybrid Experimental - Numerical Method to Predict Far Field Noise of HVAC Unit

ROBINET Benjamin, LENAERTS Simon - Emerson Commercial and Residential Solutions

Raskin Maxime, Jacqmot Jonathan - FFT

Internoise 2019

How to Predict the NVH Performances of your Design at High Frequencies?

Actran_SEA

Noise Prediction for Electric Vehicle Powertrain

SEA modelling and Transfer Path Analysis of an extensive RENAULT B segment SUV Finite Element Model

C. Dutrion, P. Mordillat - Renault
M. Brandstetter
, P. D. Antoniadis, B. Van den Nieuwenhof - FFT

Aachen Acoustics Colloquium 2018
 

Validity of the transfer matrix method for modeling trim components in vibro-acoustic applications

B. Van Antwerpen, S. Corveleyn, G. Lielens, B. Van den Nieuwenhof - FFT

ISMA 2018

Broadband noise prediction of stochastic sources based on the linearized Euler equations

César Legendre, Athanasios Poulos, Benjamin de Brye, Alexis Talbot, Maxime Raskin & Yves Detandt
FFT

Inter-Noise 2018

Calcul de la réponse vibro acoustique des vitrages automobiles a l'excitation aerodynamique par la methode des élements finis

F. Van Herpe - PSA
D. Binet - FFT
CFA 2018

On the effects of vorticity on the acoustic field through a scalar operator based on total enthalpy terms

C. Legendre, B. de Brye, Y. Detandt, G. Lielens, B. Van den Nieuwenhof - FFT
Euronoise 2018

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