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Part 2 - SAE

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TIME<br />

Wednesday, May 20 - Morning<br />

Technical and Business Sessions<br />

SESSION TITLE, DESCRIPTION, AND ROOM<br />

Broadway A&B<br />

SEA (Statistical Energy Analysis)<br />

Design (<strong>Part</strong> 2 of 2) (NVC601)<br />

This session provides a good overview<br />

of recent innovations to SEA modeling<br />

techniques. SEA models can be used<br />

alone or together with hybrid analytical or<br />

experimental techniques to establish good<br />

comparative NVH predictions at the earliest<br />

stage of the vehicle design process. The<br />

papers of this session will describe recent<br />

advances and / or validations of SEA<br />

theory, applications, or use in conjunction<br />

with hybrid techniques for high- and midfrequency<br />

NVH predictions.<br />

10:00 a.m. - 12:00 p.m.<br />

Marsalis I, II<br />

Vibro Acoustic Analysis (<strong>Part</strong> 3 of<br />

5) (NVC602)<br />

This session covers the relationships<br />

between vibration and noise that can be<br />

generated throughout the vehicle. Included<br />

in this session are modal vibration studies<br />

related to noise, vibration transfer paths<br />

throughout the vehicle, and coupling of<br />

vibration and acoustical modes. Both<br />

experimental and analytical approaches are<br />

included in this session.<br />

10:00 a.m. - 11:20 a.m.<br />

Organizers:<br />

Chadwyck T. Musser, Jerome E. Manning,<br />

Cambridge Collaborative Inc.; Mark Moeller,<br />

Spirit AeroSystems Inc.; Jian Pan, Rieter<br />

Automotive North America Inc.; Alan V.<br />

Parrett, General Motors Corp.<br />

Organizers:<br />

Taner Onsay, Chrysler LLC; Jay H. Kim,<br />

Univ. of Cincinnati; Y Charles Lu, Univ.<br />

of Kentucky; Patty Manning, Cambridge<br />

Collaborative Inc.<br />

10:00<br />

a.m.<br />

10:20<br />

a.m.<br />

10:40<br />

a.m.<br />

11:00<br />

a.m.<br />

11:20<br />

a.m.<br />

A Statistical Regression-Based Energy<br />

Method for Estimating Vehicle Interior Noise<br />

in Early Vehicle Design<br />

(2009-01-2201) (2009-01-2218)<br />

Shung H. Sung, Donald J. Nefske, GM<br />

R&D Center<br />

Use of SEA to Support Sound Package<br />

Design Studies and Vehicle Target Setting<br />

(2009-01-2206) (2009-01-2216)<br />

Tom Teknos, Ford Motor Co.; Chadwyck T.<br />

Musser, Cambridge Collaborative Inc.; Wei<br />

Liu, Ford Motor Co.<br />

Effect of Damping on Sound Transmission<br />

Loss Through Automotive Body Panels<br />

(2009-01-2202) (2009-01-2215)<br />

Avinash R. Patil, MSC Engineered Materials<br />

& Solutions<br />

Refined Models of Seals and Slits for<br />

Airborne SEA Predictions<br />

(2009-01-2205) (2009-01-2214)<br />

Julio Cordioli, Vincent Cotoni, Phil Shorter,<br />

ESI Group<br />

Validation of Hybrid FE-SEA Model of<br />

a Trimmed Full Vehicle for Reduction of<br />

Structure Borne Noise in the Mid-frequency<br />

Range<br />

(2009-01-2199)<br />

Arnaud Charpentier, ESI North America;<br />

Kazuki Fukui, Nissan Motor Co Ltd;<br />

Prasanth Sreedhar, Bryce Gardner, ESI<br />

North America<br />

SONVERT: An Original Hybrid Traffic Noise<br />

Simulation Approach<br />

Jean-Francois Rondeau, Arnaud Duval,<br />

Christian Morgenstern , Faurecia Acoustic<br />

and Soft Trim Division; Gérard Borello,<br />

Interac; Slaheddine Frikha , Alexandre Gallet<br />

, ESI GROUP; Philippe Jean , Nicolas Noe<br />

, CSTB<br />

Treasuri2/FE: A Tool for the FE Simulation<br />

of Sound Package <strong>Part</strong>s Fully Integrated<br />

in Nastran<br />

Claudio Bertolini, Luca Guj , Rieter<br />

Automotive Management AG; Francesca<br />

Avenati Bassi , Rieter Automotive Fimit SpA;<br />

Kazuhito Misaji, Fumihiko Ide, Honda R&D<br />

Co Ltd.<br />

The Application of the Vincent Circle<br />

to Vibro-Acoustic and Duct Acoustic<br />

Applications<br />

David W. Herrin, Jinghao Liu, Univ. of<br />

Kentucky<br />

A Hybrid Wave Based - Modally Reduced<br />

Finite Element Method for the Efficient<br />

Analysis of Low- and Mid-Frequency Car<br />

Cavity Acoustics<br />

Bert Van Genechten, Bert Pluymers ,<br />

Dirk Vandepitte, Wim Desmet, Katholieke<br />

Universiteit Leuven<br />

<br />

<strong>SAE</strong> International<br />

J A N<br />

F O U N D E D<br />

U A R<br />

Y<br />

9<br />

1<br />

0<br />

5<br />

<br />

Announcing,<br />

<strong>SAE</strong> International<br />

Journal of Passenger<br />

Cars - Mechanical<br />

Systems<br />

The <strong>SAE</strong> International Journal of Passenger<br />

Cars - Mechanical Systems publishes peer<br />

reviewed cutting-edge technical papers on the latest developments<br />

in brake system design, chassis stability, ride comfort<br />

simulation, tire rolling resistance and vehicle thermal<br />

systems issues. It also includes papers on external vehicle<br />

design issues such as structural optimization, aerodynamics<br />

and crash resistance. Finally included are papers on a variety<br />

of safety issues such as rollover testing, fire safety and human<br />

performance (dummy testing). In addition to being identified as some<br />

of the best published work at <strong>SAE</strong> International, these papers as a<br />

set have long-term reference to the engineering community<br />

and to society at-large.<br />

The journal is available in print and online formats.<br />

<strong>SAE</strong> International is partnering with HighWire Press to<br />

produce the online journal.<br />

Print Format Online Format<br />

ISSN 1946-3995 1946-4002<br />

<strong>SAE</strong> Member $372.80 $446.94<br />

Nonmember $466.00 $558.67<br />

Product Code V117-6 V117-6EJ<br />

For more information and to view table of contents,<br />

go to www.sae.org/journals.<br />

11:40<br />

a.m.<br />

Engaging Energy based Structural-Acoustic<br />

Simulations in Multi-Discipline Design<br />

(2009-01-2198)<br />

Nickolas Vlahopoulos, Univ. of Michigan;<br />

Aimin Wang, Geng Zhang , Michigan<br />

Engineering Services<br />

Order today!<br />

Online: store.sae.org<br />

E-mail: CustomerSales@sae.org<br />

Phone: 1-888-875-3976 (U.S. & Canada)<br />

or 724-772-4086 (outside U.S. & Canada)<br />

P90579<br />

P90579 v117-6_qtr_ad.indd 1<br />

4/27/09 4:00:07 PM<br />

<strong>SAE</strong> 2009 Noise and Vibration Conference and Exhibition 31

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