@inproceedings{77aafb88aaf14997a2bc756fbeb5e3f7,
title = "Operational modal analysis of a tyre using a PU probe based scanning technique",
abstract = "Tyre vibration can be studied with several experimental and simulation techniques. An important goal for a tyre manufacturer is to “tune” the resonant frequency of the tyre subsystem to reduce the structure-borne noise in the car interior. In this paper, a novel measurement technique is applied to determine the operational tyre deflection shapes under different conditions; i.e. free condition, loaded condition, and rolling condition. The vibrational behaviour of a tyre is studied using a PU probe, which comprises a sound pressure and a particle velocity sensor, and a scanning technique. The relative phase information is obtained using a static reference sensor. The experimental data can be used to validate simulated mode-shapes and resonant frequencies.",
keywords = "METIS-302012, IR-89103",
author = "E. Tijs and B.K. Makwana and O. Peksel and S.K.P. Amarnath and Dirk Bekke",
year = "2013",
month = nov,
day = "10",
language = "English",
publisher = "DK Agencies",
pages = "1--6 (CDROM)",
editor = "{Dr. K.S. Krishnan}",
booktitle = "Acoustics 2013 New Delhi : {"}technologies for a quieter India{"}",
note = "Acoustics 2013 New Dehli ; Conference date: 10-11-2013 Through 15-11-2013",
}