Model of acoustic emission signal at the prevailing mechanism of composite material mechanical destruction
S Filonenko, T Nimchenko, A Kosmach - Aviation, 2010 - Taylor & Francis
S Filonenko, T Nimchenko, A Kosmach
Aviation, 2010•Taylor & FrancisA model of acoustic emission signal formation at the prevailing mechanism of the destruction
of composite materials is considered. The results of acoustic emission signal modelling are
presented, taking into account the variable velocity of loading change. Acoustic emission
signal experimental research results corresponding to theoretical research results are
considered in this paper. It is shown that irregularity of the trailing edge of the acoustic
emission signal is influenced by the change in the rate of the destruction process in …
of composite materials is considered. The results of acoustic emission signal modelling are
presented, taking into account the variable velocity of loading change. Acoustic emission
signal experimental research results corresponding to theoretical research results are
considered in this paper. It is shown that irregularity of the trailing edge of the acoustic
emission signal is influenced by the change in the rate of the destruction process in …
Abstract
A model of acoustic emission signal formation at the prevailing mechanism of the destruction of composite materials is considered. The results of acoustic emission signal modelling are presented, taking into account the variable velocity of loading change. Acoustic emission signal experimental research results corresponding to theoretical research results are considered in this paper. It is shown that irregularity of the trailing edge of the acoustic emission signal is influenced by the change in the rate of the destruction process in composites.
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