1) fault tree model
故障树模型
1.
Study on fault tree model and failure probability of high arch dams;
高拱坝失效故障树模型与失效概率
2.
The FMEA analysis table is given and the fault tree model of the system is built.
分析了系统可靠性分析法中FMEA和FTA各自的优点,探讨2种方法相结合分析复杂系统可靠性的可行性,进而以某微机控制直通电空制动中的非常制动系统为研究对象,分别运用FMEA和FTA对其进行分析,给出了FMEA分析表并建立了系统的故障树模型;根据布尔代数的运算规则对故障树进行了逻辑简化,得出了系统部件故障的最小割集;利用最小割集对所建立的故障树进行定量计算,得出了系统的可靠性指标。
2) fuzzy fault tree
模糊故障树
1.
The application of fuzzy fault tree theory in hydraulic system of astern replenishment system fault diagnosis;
模糊故障树理论在纵向补给装置液压系统故障诊断中的应用
2.
Choosing of Fuzzy Number in Fuzzy Fault Tree Analysis Base on Uncertainty Study;
基于不确定性分析的模糊故障树的模糊数选择
3.
Application of fuzzy fault tree in automobile engine failure diagnosis;
模糊故障树在汽车发动机故障诊断中的应用
4) fault model
故障模型
1.
Analysis of Software Testing Based on Fault Model;
浅析软件测试中故障模型的建立
2.
Research on RTL Fault Models and Test Generation;
集成电路寄存器传输级故障模型与测试生成研究
3.
Based on Fault Model s Research on Software Fault Injection Method;
基于故障模型的软件故障注入方法研究
5) failure model
故障模型
1.
Hardware coverage and failure model are adopted to simulate hardware failures in unmanned aerial vehicles(UAVs) and a test strategy of bus-level failure injection is discussed in detail.
文中采用硬件覆盖和故障模型的方法,模拟无人机系统的硬件故障,并着重讨论了在总线上注入故障的试验策略。
2.
In this paper, based on the failure model in which the elements of failure matrix take values between 0 and , sufficient conditions and necessary conditions for robust integrity are proposed respectively for systems with multiplicative disturbances on parameters when failures on actuators, sensors or both occur.
针对 [0 ,σ](σ )故障模型 ,讨论了具有参数乘性摄动的系统存在执行器故障、传感器故障及执行器和传感器同时发生故障时具有鲁棒完整性的必要条件和充分条件 ,并应用H∞ 控制理论 ,给出了鲁棒容错输出反馈控制器的设计方法。
3.
The paper first describes the failure model for components of computer system.
为容错计算机系统的各个组成部件建立了部件级故障模型,并以此为基础建立了整个容错计算机系统的可靠性测评模型。
6) multiple fault model
多故障模型
1.
Based on structure analysis,this paper proposes a multiple fault model to find concurrent faults from fault sets and to generate concurrent relation graph.
针对故障电路,采用多故障模型方法可以简化有多个单故障的电路,且保持电路功能完整。
补充资料：故障树
用于表示系统内可能产生故障的部位及其相互关系和影响的树状图。见失效分析。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条