SAE 2015 Noise and Vibration Conference and Exhibition

Technical Session Schedule

Monday, June 22

Intake / Exhaust
(Session Code: NVC101)

Room TBD  

This session covers experimental, computational, and analytical efforts related to the basic mechanisms and control techniques of noise and vibration in the breathing system (induction, combustion chamber, and exhaust) of naturally aspirated and supercharged/turbocharged engines. Noise sources include airborne, flow, flow‐acoustic and flow‐structure coupling.

Organizers - Raymond A. Kach, Ford Motor Co.; Philip Keller, BorgWarner Inc.; Ahmet Selamet, Ohio State University; Christopher Shaw, Visteon Climate Control; Prakash T. Thawani, DENSO International America Inc.

Time Paper No. Title

Design Optimization of Vehicle Muffler Transmission Loss Using Hybrid Method
John G. Cherng, Univ. of Michigan-Dearborn; Weiwei Wu, University of Michigan-Dearborn; Peiran Ding, ANSYS Inc.; Mike Hebbes, ANSYS Inc; Henry Zhang, ANSYS, Inc.

MAP: a simulative program for acoustic prediction and analysis of duct muffling systems (Written Only -- No Oral Presentation)
Yiliang Fan, Zhenlin Ji, Harbin Engineering University

The Optimization of Exhausting System’s Isolation for Structural Vibration and Structural-borne Noise
Yanjing Zhao, Foton Motor Company; Xiandi Zeng, General Motors Co.

Effect of Aerodynamically Induced Pre-Swirl on Centrifugal Compressor Acoustics
Neil Figurella, Ford Motor Co; Rick Dehner, Ahmet Selamet, Ohio State University; Keith Miazgowicz, Ahsanul Karim, Ray Host, Ford Motor Co

Development of Alternate Split Catcon –Muffler Configuration Solution for Front Engine low floor bus.
Aditya Palsule, Ashok Leyland Technical Center

On Reducing Sound Reflection at Duct Outlet
Sabry Allam

Numerical Measurement of Perforate Transfer Impedance for Muffler Analysis
T. W. Wu, Univ. of Kentucky

Experimental acoustic characterization of double-inlet and single-outlet muffler
Giulio Lenzi, Giovanni Ferrara, Andrea Fioravanti, University of Florence

Improving Tube Sound Transmission Loss Measurements using the Transfer Matrix Technique to Remove the Effect Of Area Changes
Edward Ray Green, Sound Answers Inc.