Publication detail

Application of The Modern Mathematical Method to Acoustic and Vibration Parameters Analysis of Rail Wheel with Acoustic Damper

SMUTNÝ, J.

Original Title

Application of The Modern Mathematical Method to Acoustic and Vibration Parameters Analysis of Rail Wheel with Acoustic Damper

Type

conference paper

Language

English

Original Abstract

This article describes measuring and analyses of acoustic parameters of rail wheels in interior conditions. The importance of acoustic and vibration measurements and analyses are unambiguous as from the point of view of human health prevention as well as from the point of view of safety, lifetime and reliability of measured establishment eventually the construction. The precise analysis provides detection and identification of noise and vibration sources and thereby their reduction. Theoretical study of this problem, the created procedure of measurement and analysis, and demonstrating of real experimental measurement of acoustic-vibration parameters different from various types of tram and rail wheels are illustrated in the article. Some new modern methods of time frequency analyses are applied in terms of measurement and analysis methodology. There are recommendations for measurement and experience in conclusion of the article.

Key words in English

RAIL WHEEL,ACOUSTIC DAMPER,TIME FREQUENCY ANALYSIS

Authors

SMUTNÝ, J.

Released

24. 6. 2001

Publisher

University of Glasgow Print Unit

Location

Glasgow, Scotland

ISBN

0-85261-731-3

Book

International Conference on Advanced Engineering Design

Pages from

431

Pages to

436

Pages count

6

BibTex

@{BUT70085
}