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Multisensor information integration for online wear condition monitoring of diesel engines

机译:多传感器信息集成,可在线监测柴油发动机的磨损状态

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摘要

A diesel engine bench test was performed, and the online visual ferrograph (OLVF) and performance monitoring sensors were used to evaluate engine wear. The sliding window method was used to segment OLVF-monitoring data; features such as probability of smaller value and accumulated wear coefficient were extracted to clarify wear degree. The weighted combination multisensor information integration method was developed to calculate current engine condition factors. The results show that OLVF monitoring exhibits more sensitivity than other performance monitoring sensors. Using multisensor information provides an early warning of performance degradation similar to 40 h before the diesel engine experiences a catastrophic fault. (C) 2014 Elsevier Ltd. All rights reserved.
机译:进行了柴油发动机台架试验,并使用了在线视觉铁谱仪(OLVF)和性能监测传感器来评估发动机磨损。滑动窗口法用于分割OLVF监测数据。提取较小值的概率和累积磨损系数等特征以阐明磨损程度。开发了加权组合多传感器信息集成方法来计算当前发动机状态因子。结果表明,OLVF监测比其他性能监测传感器具有更高的灵敏度。使用多传感器信息可提供类似于柴油发动机遭受灾难性故障之前40小时的性能下降预警。 (C)2014 Elsevier Ltd.保留所有权利。

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