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Suspension system fault diagnosis method based on fuzzy mathematics

机译:基于模糊数学的悬架系统故障诊断方法

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In order to ensure the performance of vehicle suspension always in good condition,the suspension performance should be detected regularly,to identify the fault symptom and fault reason.In view of the complex correlation of the suspension symptom and fault reason,this paper puts forward the diagnosis method based on fuzzy mathematics,introduces fuzzy mathematical method into the suspension fault diagnosis,and analysis the ambiguity relationship between the fault symptom and fault reason,establishes a fuzzy comprehensive evaluation model of the suspension fault diagnosis. And by means of the state parameters method,set up the membership function model and evaluate the suspension system comprehensively according to the Maximum subordination Principle. The typical examples show the accuracy and practicality of the model.
机译:为了确保车辆悬架性能始终处于良好状态,应定期检测悬架性能,以识别故障征兆和故障原因。针对悬架征兆与故障原因的复杂关联,本文提出了解决方案。基于模糊数学的故障诊断方法,将模糊数学方法引入悬架故障诊断中,分析故障症状与故障原因之间的歧义关系,建立悬架故障诊断的模糊综合评价模型。并通过状态参数法,建立隶属函数模型,并根据最大隶属原理对悬架系统进行综合评价。典型例子说明了该模型的准确性和实用性。

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