Experimental investigations of contact-type damage nonlinearity

The problem of identification of non-linear phenomena associated with contact-type non-linearity is the subject of many research papers. The number of theoretical models describing the non-linear phenomena is constantly increasing. New capabilities of experimental verification and observation of the...

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Published inJournal of physics. Conference series Vol. 842; no. 1; pp. 12054 - 12062
Main Authors Klepka, A., Dziedziech, K., Pieczonka, Ł., Adamczyk, M., Staszewski, W.J.
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.05.2017
Subjects
Algorithms
Contact
Damage detection
Nonlinear phenomena
Nonlinearity
Numerical models
Physics
Scientific papers
Online AccessGet full text
ISSN1742-6588
1742-6596
DOI10.1088/1742-6596/842/1/012054

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Abstract The problem of identification of non-linear phenomena associated with contact-type non-linearity is the subject of many research papers. The number of theoretical models describing the non-linear phenomena is constantly increasing. New capabilities of experimental verification and observation of these non-linear effects provide opportunities for a more accurate mathematical description of the non-linear behavior of contact interfaces. Better understanding of the non-linear related contact mechanisms can lead to more accurate numerical models of structures with contact-types defects, damage propagation and prediction algorithms and development of new methods for damage detection. This paper presents research on the non-linear acoustic phenomena in the presence of contact-type damage. Two test samples in contact are subject to vibro-acoustic modulation test. Non-linear spectral components were analysed and compared to the temperature changes generated as a results of the frictional forces.
AbstractList The problem of identification of non-linear phenomena associated with contact-type non-linearity is the subject of many research papers. The number of theoretical models describing the non-linear phenomena is constantly increasing. New capabilities of experimental verification and observation of these non-linear effects provide opportunities for a more accurate mathematical description of the non-linear behavior of contact interfaces. Better understanding of the non-linear related contact mechanisms can lead to more accurate numerical models of structures with contact-types defects, damage propagation and prediction algorithms and development of new methods for damage detection. This paper presents research on the non-linear acoustic phenomena in the presence of contact-type damage. Two test samples in contact are subject to vibro-acoustic modulation test. Non-linear spectral components were analysed and compared to the temperature changes generated as a results of the frictional forces.
Author Adamczyk, M.
Staszewski, W.J.
Dziedziech, K.
Klepka, A.
Pieczonka, Ł.
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StartPage 12054
SubjectTerms Algorithms
Contact
Damage detection
Nonlinear phenomena
Nonlinearity
Numerical models
Physics
Scientific papers
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Title Experimental investigations of contact-type damage nonlinearity
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