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Acoustic emission in the friction of composite materials

Опубликовано в Результаты исследований

Abstract. The model of acoustic emission signal formation during friction and wearing of composite materials surfaces was examined. The forms of acoustic emission resultant signals were shown. 

Acoustic emission in the friction of composite materials

 

S. Filonenko, A. Kosmach,

 National Aviation University, Kyiv, Ukraine. E-mail: Этот адрес электронной почты защищен от спам-ботов. У вас должен быть включен JavaScript для просмотра.  

 Sergey Filonenko, Prof Dr Habil
Date and place of birth: 1954, Echmiadzin, Armenia.
Education: Kiev Polytechnic Institute.
Affiliation and functions: director of the Institute of Information Diagnostic Systems at the NationalAviationUniversity since 2008.
Research interests: diagnostics of technological processes, automatic diagnostic systems.
Publications: over 215 books and articles, 34 patents.
 Aleksandr KOSMACH
Date and place of birth: 1986, Chernigiv, Ukraine.
Education:NationalAviationUniversity.
Affiliation and functions:post-graduate student at NationalAviationUniversity since 2008.
Research interests: diagnostics of technological processes, signal processing.
Publications: 40 articles.

Abstract. The model of acoustic emission signal formation during friction and wearing of composite materials surfaces was examined. The forms of acoustic emission resultant signals were shown. The regularities of parameters change in acoustic emission resultant signals with an increasing rotation speed were determined on results of modeling. The good agreement between theoretical and experimental results of acoustic emission signals registered in friction of composite materials surface layers was shown.

Keywords: acoustic emission, friction, load, signal, fracture, wear, composite material, fiber bundle model, rotation, surface, parameter, model, stress.

 

 
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