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国外文献 > 1.轴承 > 8. 系统与应用 > 电机与旋转机械


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标 题: A Condition Monitoring System for the Analysis of Bearing Distributed Faults
轴承分布式故障分析的监测系统
作 者: Muhammad Irfan
K. Vinoth Kumar
Nordin Saad
M. Aman Sheikh
Ansar Ali
M. Awais
关键词: Condition monitoring  [状态监测]
Distributed faults  [ 分布式故障]
Fault diagnosis  [ 故障诊断]
Induction motor  [ 感应电机]
Instantaneous power analysis  [ 瞬时功率分析]
出版年: 2019
会议名: 10th IEEE Annual Ubiquitous Computing, Electronics & Mobile Communication Conference (UEMCON 2019)
第10届IEEE年度泛在计算、电子与移动通信会议(UEMCON 2019)
届 次: 10th
摘 要: Condition monitoring is used in the plants to protect rotating equipments from failures and assist the management to plan a required shutdown before failure of the equipment. Bearings are the one of the important components in the rotating machines and premature failure of bearings causes huge financial loses. This paper attempts to analyze the bearing distributed faults through a non-invasive diagnostics approach. The distributed faults are created in the bearing using electric discharge machine. The test rig has been developed for the experimental investigations of the Park analysis approach. The results of the proposed Park approach have been analyzed and shown to be a reliable diagnostics approach for the bearing distributed faults.

在工厂中,状态监测用于保护旋转设备免受故障影响,并协助管理人员在设备发生故障前规划必要的停机。轴承是旋转机械中的重要部件之一,轴承过早失效将造成巨大的经济损失。本文尝试通过一种非侵入式诊断方法分析轴承的分布式故障。利用电放电装置在轴承上制造分布式故障,并开发了测试平台以进行Park分析方法的实验研究。对所提出的Park方法结果进行了分析,证明该方法是一种可靠的轴承分布式故障诊断技术。
中文内容为网络AI翻译,专业术语未必准确,仅供参考。

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