然后对常见故障进行监测，主要对各种润滑油脂进行频谱分析，分析故障发生的机理，确定故障的因果关系。
Then, make monitoring on ordinary trouble, and frequency spectrum analysis on all kinds of lubricants, and analyses mechanism of happened faults to determine fault causes.
贝叶斯网络用因果关系图的形式表达变量间相互关系，实现复杂系统的故障模式和效应分析。
Variable correlation is expressed with consequence graph in Bayesian Networks (BN), analysis of failure mode and effect of complex system is realized.
故障树分析方法是从分析失效因果关系中的顶部事件开始直到底部事件。
The fault tree analyzes the causality of failures from the top tree event to the bottom tree event.
在假设因果图中的连接事件表示必然因果关系条件下，因果图可以转换为含有可能的因果关系的故障树。
Supposing that connecting event in causality express necessary causality, causality diagram can be converted into fault tree including possible causality.
故障树和因果图都采用图形表示因果关系，都主要用于故障诊断和故障分析。
Both fault tree and causality diagram are able to express causation by digraph, and both are usually applied to diagnose and analyze system fault.
故障树和因果图都采用图形表示因果关系，都主要用于故障诊断和故障分析。
Both fault tree and causality diagram are able to express causation by digraph, and both are usually applied to diagnose and analyze system fault.
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