Peng, Zhongxiao (2002) An integrated intelligence system for wear debris analysis. Wear, 252 (9-10). pp. 730-743.

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Abstract

Wear debrisnext term generated from two moving surfaces inside a machine is a direct previous termwearnext term product of operating machinery. The study of the previous termdebrisnext term can reveal previous termwearnext term mechanisms, previous termwearnext term modes and previous termwearnext term phases undergoing in the machine. Hence, previous termwear debris analysisnext term can be a very useful means to assess the condition of the machine. However, the current techniques previous termfornext term individual particle previous termanalysisnext term are usually time-consuming and costly due to the requirement of analyst’s expertise to perform particle inspection, morphology characterisation and data interpretation. The limitation has obstructed the wide application of this method. Therefore, it is necessary to develop effective, reliable and cost-efficient techniques to perform previous termwear debris analysis fornext term industrial application. This paper presents a fully computerised package previous termfor wear debris analysis.next term The package includes three major previous termsystemsnext term corresponding to a three-dimensional particle previous termanalysis system,next term an automatic particle identification previous termsystemnext term and an expert previous termsystem,next term communicating with each other through user-friendly interfaces. The successful development of such a previous termsystemnext term has demonstrated the possibility to achieve a fully computerised previous termanalysis system fornext term routine and in-depth previous termwear debrisnext term study previous termfornext term machine condition monitoring and fault diagnosis.

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