Filonenko Sergey, National Aviation University (1 Kosmonavta Komarova Av., 03068 Kyiv, Ukraine)

Language: russian


The analysis of acoustic emission energy parameters is conducted depending on properties of composite material machining for thermoactivative model of surface layer destruction. Are determined and are described of regularity change of acoustic emission energy parameters at ascending parameter describing property of composite material. Is showed, that the greatest sensitivity to change of composite material properties there is dispersion of acoustic emission resultant signal average level of energy.

Key words:

acoustic emission, composite material, resultant signal, thermoactivative model, energy parameters, machining


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