Lookup NU author(s): Professor Paul Acarnley
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The paper describes an experimental investigation into the enhancement of proof and fatigue testing procedures for wire ropes by incorporating data from acoustic emission. During proof load tests on a selection of damaged wire ropes, it is shown that acoustic emission increases significantly after the damage is inflicted, even though ropes continue to pass the proof test. The relationship between acoustic emission characteristics and wire breaks is investigated and it is found that the most effective acoustic signal discriminators are energy and amplitude. Finally, the pattern of acoustic emission during a fatigue test is studied and a suggestion is made for a filtering technique to improve the recognition of imminent failure.
Author(s): Drummond G, Watson JF, Acarnley P
Publication type: Article
Journal: NDT & E International
ISSN (print): 0963-8695
ISSN (electronic): 1879-1174
Publisher: Elsevier Ltd
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