Fault Diagnosis of Gear Based on the Variable Fuzzy Similarity Nearness

Di Wu, Jin Yao, Hua Li
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Abstract

In order to improve the validity and accuracy of fault diagnosis on mechanical equipment, this study applies fuzzy nearness approach by adjusting the traditional formulations. Besides, it points out the disadvantages in fault diagnosis of traditional nearness approach based on experimental data of gear transmission. A fuzzy nearness function- based model is constructed to execute the fault diagnosis with the assistance of fuzzy nearness principles and fuzzy mathematical membership degree. Following that, a experimental data-based numerical example is implemented, which demonstrates that the adjusted fuzzy nearness approach performs better than the traditional one in diagnosing gear fault effectively and meeting the practical requirements of gear transmission fault diagnosis.
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基于变量模糊相似度的齿轮故障诊断
为了提高机械设备故障诊断的有效性和准确性,本文通过对传统诊断公式的调整,将模糊逼近法应用于机械设备故障诊断。指出了传统的基于齿轮传动实验数据的近似方法在故障诊断中的不足。利用模糊接近原理和模糊数学隶属度,构建了基于模糊接近函数的故障诊断模型。在此基础上,给出了一个基于实验数据的数值算例,结果表明,调整后的模糊接近度方法比传统的模糊接近度方法更能有效地诊断齿轮传动故障,满足齿轮传动故障诊断的实际要求。
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