Assessing Accurately the Vibro-Acoustic Behavior of Trimmed Vehicle Body
Introduction to Aero-Acoustic Analysis
Simulation of the noise radiated by a vibrating structure with Actran
Airbus: Simulation Helps Optimize Acoustic Liners and Reduce Noise
Numerical and experimental investigations on the noise of a centrifugal fan with forward-curved blades
M. Darvish, S. Frank; University of Applied Science HTV Berlin. Internoise 2013
Investigation of turbocharger structure borne noise using multi-disciplinary strategy
X. Robin, FFT; N. Driot, BorgWarner TurboSystems. Aachen Acoustic Colloquium 2013
Tyre road noise acoustic reduction due to rear wheel arch absorption
P. Gilotte, B. Surowiec; Plastic Omnium - B. Van Antwerpen, Z. Zhou; FFT. Internoise 2013
Vibro-acoustic simulation of automotive turbochargers using a finite and infinite element technique
X. Robin and J. Jacqmot; FFT - N. Driot, BorgWarner TurboSystems. Internoise 2013
A Hybrid Method for Flow-Induced Noise in Centrifugal Pumps Based on LES and FEM
Y. Heng, et al. Jiangsu University, Zhenjiang, Jiangsu, China. AASME 2013 Fluids Engineering Division Summer Meeting - 2013
Automate your Actran Simulations using the API (Scripts & Sessions)
Intake & Exhaust Systems: How to use Actran for predicting the pipe noise & shell noise
Introduction to Actran for Aero-Acoustic Analysis
Introduction to Actran for Vibro-Acoustic Analysis
Prediction of Transmission Loss Through the Treated Inlet Duct of an Aircraft Auxiliary Power Unit
Lysbeth S. Lieber, Daniel V. Brown , Honeywell Aerospace. 18th AIAA/CEAS Aeroacoustics Conference, 2012.
Computational Aeroacoustic analysis of industrial fan application using a hybrid approach
M. Cabrol, R. Leneveu, D. d';Udekem, J. Manera, Y. Detandt; FFT - F. Mendonça; CD-Adapco. FAN 2012