Paper Title:
Wavelet Analysis of Barkhausen Noise in Reconstructing Distributions of Residual Stress
  Abstract

The paper presents an application of non-destructive estimate of approximate distributions of residual stresses as the function of surface layer depth. The application uses an innovative technique of wavelet analysis of Barkhausen noise, which is able to estimate layout of surface layer properties as the function of measurement depth in the range greater than that offered by other methods of non-destructive testing. The estimate of stress distribution as the function of depth is compared with the result obtained from X-ray stress test using electrolytic etching. The comparison presents very similar curves of stress distribution, so the wavelet analysis of Barkhausen noise can be considered as a reliable method of non-destructive testing of an engineering object.

  Info
Periodical
Solid State Phenomena (Volume 144)
Edited by
Inga Skiedraite and Jolanta Baskutiene
Pages
112-117
DOI
10.4028/www.scientific.net/SSP.144.112
Citation
C. Kownacki, "Wavelet Analysis of Barkhausen Noise in Reconstructing Distributions of Residual Stress", Solid State Phenomena, Vol. 144, pp. 112-117, 2009
Online since
September 2008
Authors
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Price
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Chapter 4:Control, Automation and Information Technologies
Abstract:This paper describes a newly developed set of Barkhausen noise testing system including magnetizing and pick-up coils and the subsequent data...
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