Publication detail
Identification of Contact Fatigue Stages with Acoustic Emission Method
MAZAL, P. ZYKOVÁ, L. PAZDERA, L.
Czech title
Identification of Contact Fatigue Stages with Acoustic Emission Method
English title
Identification of Contact Fatigue Stages with Acoustic Emission Method
Type
conference paper
Language
en
Original abstract
The knowledge with the acoustic emission (AE) method utilisation at tests on contact loaded surfaces is discussed. The results proved the AE technique enables reliable recognition of running-in period, stabilised run and exact definition of origin stage of surface damage, leading to pitting. It is proposed direction of AE analyzers utilisation not only in research area, but the AE technique may be successfully used even in industrial practice.
Czech abstract
he knowledge with the acoustic emission (AE) method utilisation at tests on contact loaded surfaces is discussed. The results proved the AE technique enables reliable recognition of running-in period, stabilised run and exact definition of origin stage of surface damage, leading to pitting. It is proposed direction of AE analyzers utilisation not only in research area, but the AE technique may be successfully used even in industrial practice.
English abstract
The knowledge with the acoustic emission (AE) method utilisation at tests on contact loaded surfaces is discussed. The results proved the AE technique enables reliable recognition of running-in period, stabilised run and exact definition of origin stage of surface damage, leading to pitting. It is proposed direction of AE analyzers utilisation not only in research area, but the AE technique may be successfully used even in industrial practice.
Keywords in English
acoustic emission, contact fatigue, signal treatment
RIV year
2006
Released
25.09.2006
Publisher
DGZfP Berlin
Location
Berlín
ISBN
3-931381-86-2
Book
9th ECNDT Berlin
Edition number
1
Pages count
8
BIBTEX
@inproceedings{BUT24130,
author="Pavel {Mazal} and Lucie {Zyková} and Luboš {Pazdera},
title="Identification of Contact Fatigue Stages with Acoustic Emission Method",
booktitle="9th ECNDT Berlin",
year="2006",
month="September",
publisher="DGZfP Berlin",
address="Berlín",
isbn="3-931381-86-2"
}