An experimental study of tire standing waves on a small-scale test rig

Joseph Paul Cusumano; J. D. Zolock

doi:10.4271/961301

An experimental study of tire standing waves on a small-scale test rig

Joseph Paul Cusumano, J. D. Zolock

Research output: Contribution to conference › Paper › peer-review

1 Scopus citations

Abstract

Small-scale test rigs for experimental investigations of tire standing wave instability are described. The rigs are used in experiments in which tire rotational speed is gradually increased passed the critical speed at which standing waves appear around the circumference of the tire. The first detailed results from one of the rigs are presented. Images grabbed from live video are processed to extract the spatial structure of the standing waves. Frequency and time domain vibrational data and temperature histories are also collected. The spatial frequencies for the standing wave are computed for four different tire pressures, and the results are shown to be in qualitative agreement with numerical results of previous researchers.

Original language	English (US)
DOIs	https://doi.org/10.4271/961301
State	Published - Dec 1 1996
Event	Aerospace Atlantic Conference - Dayton, OH, United States Duration: May 22 1996 → May 23 1996

Other

Other	Aerospace Atlantic Conference
Country/Territory	United States
City	Dayton, OH
Period	5/22/96 → 5/23/96

All Science Journal Classification (ASJC) codes

Automotive Engineering
Safety, Risk, Reliability and Quality
Pollution
Industrial and Manufacturing Engineering

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10.4271/961301

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title = "An experimental study of tire standing waves on a small-scale test rig",

abstract = "Small-scale test rigs for experimental investigations of tire standing wave instability are described. The rigs are used in experiments in which tire rotational speed is gradually increased passed the critical speed at which standing waves appear around the circumference of the tire. The first detailed results from one of the rigs are presented. Images grabbed from live video are processed to extract the spatial structure of the standing waves. Frequency and time domain vibrational data and temperature histories are also collected. The spatial frequencies for the standing wave are computed for four different tire pressures, and the results are shown to be in qualitative agreement with numerical results of previous researchers.",

author = "Cusumano, {Joseph Paul} and Zolock, {J. D.}",

year = "1996",

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note = "Aerospace Atlantic Conference ; Conference date: 22-05-1996 Through 23-05-1996",

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AU - Zolock, J. D.

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N2 - Small-scale test rigs for experimental investigations of tire standing wave instability are described. The rigs are used in experiments in which tire rotational speed is gradually increased passed the critical speed at which standing waves appear around the circumference of the tire. The first detailed results from one of the rigs are presented. Images grabbed from live video are processed to extract the spatial structure of the standing waves. Frequency and time domain vibrational data and temperature histories are also collected. The spatial frequencies for the standing wave are computed for four different tire pressures, and the results are shown to be in qualitative agreement with numerical results of previous researchers.

AB - Small-scale test rigs for experimental investigations of tire standing wave instability are described. The rigs are used in experiments in which tire rotational speed is gradually increased passed the critical speed at which standing waves appear around the circumference of the tire. The first detailed results from one of the rigs are presented. Images grabbed from live video are processed to extract the spatial structure of the standing waves. Frequency and time domain vibrational data and temperature histories are also collected. The spatial frequencies for the standing wave are computed for four different tire pressures, and the results are shown to be in qualitative agreement with numerical results of previous researchers.

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An experimental study of tire standing waves on a small-scale test rig

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