Acoustic Emission of Corroded Weldments During Tensile Test
Acoustic Emission of Corroded Weldments During Tensile Test
Sustr, Michal; Zacal, Jaroslav; Dostal, Peter; Cerny, Oldrich; Pristavka, Miroslav; Dobrocky, David; Gaspar, Stefan; Pasko, Jan
2019-12-01 00:00:00
AbstractThe article deals with the use of acoustic emission to identify the formation of cracks during the mechanical loading in the corrosive attacked weldment S235JR+N. The experiment includes the methodology for continual record of emissive signals, data analysis and monitoring of material response to monitor mechanical stress effect in real time. There is possibility to observe response of corrosive degraded samples in real time during mechanical stress through the suitably designed methodology of detection, process and analysing of acoustic emission signals. It is possible to gain new information about processes rising inside the material by this way of data measurement. The signals of acoustic emission can be used as the way of identification for the micro cracks rising in the inner and also external structure of effortful materials.
http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.pngManagement Systems in Production Engineeringde Gruyterhttp://www.deepdyve.com/lp/de-gruyter/acoustic-emission-of-corroded-weldments-during-tensile-test-gaQ0FVILIG
Acoustic Emission of Corroded Weldments During Tensile Test
AbstractThe article deals with the use of acoustic emission to identify the formation of cracks during the mechanical loading in the corrosive attacked weldment S235JR+N. The experiment includes the methodology for continual record of emissive signals, data analysis and monitoring of material response to monitor mechanical stress effect in real time. There is possibility to observe response of corrosive degraded samples in real time during mechanical stress through the suitably designed methodology of detection, process and analysing of acoustic emission signals. It is possible to gain new information about processes rising inside the material by this way of data measurement. The signals of acoustic emission can be used as the way of identification for the micro cracks rising in the inner and also external structure of effortful materials.
Journal
Management Systems in Production Engineering
– de Gruyter
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