SAE 2015 Noise and Vibration Conference and Exhibition

Technical Session Schedule

Wednesday, June 24

Wind Noise and Aeroacoustics (Part 1 of 3)
(Session Code: NVC208)

Room Grand Gallery Room A  2:30 p.m.

This session is to present numerical and experimental work pertaining to noise due to flow around the vehicle body, such as flow-induced interior noise, flow over protrusions, sunroofs, windows, noise from ventilation systems, or flow noise in exhaust system. Papers on aerodynamics alone without sound are excluded. Numerical studies may include new models or models based on existing theory as long as they are adequately supported by experimental or theoretical verifications.

Organizers - Robert Powell, Sivapalan Senthooran, Exa Corporation; Christopher Shaw, Visteon Climate Control

Time Paper No. Title
Prediciting Turbulent Decorrelation in Acoustic Phased Array in a Turbulent Medium
Leo S Pires, Federal University of Santa Catarina; Robert P. Dougherty, 3M do Brasil; Robert P. Dougherty, OptiNav Inc.; Samir N. Y. Gerges, Federal University of Santa Catarina
Assessment of Broadband Noise Generated by Vehicle Sunroofs at Different Flow Conditions using a Digital Wind Tunnel
Nicholas Oettle, Jaguar Land Rover; Andrew Bissell, Sivapalan Senthooran, Mohammed Meskine, Exa Corporation
Numerical Simulation of Noise Transmission from A-pillar Induced Turbulence into a Simplified Car Cabin
Bastien Ganty, Jonathan Jacqmot, Ze Zhou, Free Field Technologies
Flow-induced Noise Optimization of SUV HVAC System using a Lattice Boltzmann Method
Abdelhakim AISSAOUI, Exa Corporation; Ravindra S Tupake, Vilas Bijwe, Tata Motors Limited; Mohammed Meskine, Franck Perot, Exa Corporation; Alain BELANGER, Exa corporation; Rohit J Vaidya, Tata Motors, Ltd.
Open Sunroof Sound Quality Optimization based on Deflector Deployment Strategy
Hangsheng Hou, Guiping Yue, FAW R&D Center
Sideglass Turbulence and Wind Noise Sources Measured with a High Resolution Surface Pressure Array
Paul Bremner, AeroHydroPLUS; Chris Todter, Keppel Professional Services Inc.; Scott Clifton, TMR Pty. Ltd.
Combining modeling methods to accurately predict wind noise contribution
Denis Blanchet, Anton Golota, ESI Group
Internal Pressure Characteristics when Evaluating Dynamic Door Blow Out Deflection
Hangsheng Hou, Wei Zhao, Jian Hou, FAW R&D Center
From Exterior Wind Noise Loads to Interior Cabin Noise: A Validation Study of a Generic Automotive Vehicle
Barbara Neuhierl, Sivapalan Senthooran, Exa Corporation; Reinier Toppinga, Anke J├Ąger, Daimler AG; Maarten Brink, Timo Lemke, Porsche AG; Philippe Moron, Raghu Mutnuri, Exa Corporation
Side Mirror Noise by Adaptive Spectral Reconstruction
Paolo Di Francescantonio, Scientific & Technical Software; Charles Hirsch, Piergiorgio Ferrante, NUMECA International; Katsutomo Isono, NUMECA Japan
Coupling CFD Aeroacoustics Computations with Vibroacoustic Finite Elements Models for Full Vehicle Interior Wind Noise Prediction in the Low Frequency Range
Christian Y. Glandier, Daimler AG; Oskar Prill, Daimler AG.; Mark Eiselt, Daimler AG
Prediction of Interior Noise in a Sedan due to Exterior Flow
Alexander Schell, Daimler AG; Vincent Cotoni, CD-adapco