08.04 Tire Structural-Borne & Airborne Noise

Hourly Schedule

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Abstract Title: Trochoidal Curve Representation of Tire Rolling Motion as The Basis of Tire Vibration Analysis

Masao Ishihama

ishihama@alum.mit.edu

Last Logged in:

Abstract ID: 1039


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Abstract Title: Design and simulation of Helmholtz resonator assembly used to attenuate tire acoustic cavity resonance noise

Wei Zhao

zhaow@buaa.edu.cn

Last Logged in: Jun 14, 2021 09:23 am

Abstract ID: 1706


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Abstract Title: Structure-borne road noise evaluation by wheel hub vibration using TPA method and extension

Chuanxu Kong

kongchuanxu@catarc.ac.cn

Last Logged in: Mar 15, 2021 02:17 am

Abstract ID: 2090


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Abstract Title: Simulation of the frequency split of the fundamental air cavity mode of a loaded and rolling tire by using steady-state transport analysis

Won Hong Choi

romeowonhong@gmail.com

Last Logged in: May 30, 2021 02:35 am

Abstract ID: 2889


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Abstract Title: A study on the effects of compression of the felt on flow resistance and acoustic characteristics

Yoonsang Yang

ysyang@dhsc.co.kr

Last Logged in: Jun 7, 2021 11:19 pm

Abstract ID: 2992


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Abstract Title: Experimental Observations in Tire Cavity Resonance and Interactions with Periodic Noise Components

Jordan Schimmoeller

jpschimmoeller@coopertire.com

Last Logged in: May 28, 2021 01:34 pm

Abstract ID: 3224