1) Coexisting fault
共生故障
2) common cause failures
共因故障
1.
When the system has the common cause failures, units of system is not statistical independence, where is the difficulty of system reliability analysis.
系统存在共因故障时,由于单元之问的统计相关,增加了系统可靠性分析的困难。
2.
It is important to establish the method of system reliability, which is used in engineering for identically distributed components having common cause failures.
系统存在共因故障条件下,建立基于故障树的可靠性分析方法,在工程中具有广泛的应用价值。
3.
This paper,using pure analysis method has,proved the qualitative analysis of a dynamic state nonnegative solution of a 4 unit redundant repairable system with common cause failures.
运用纯分析的方法给出了具有共因故障的四部件冗余可修系统动态非负解的存在唯一性证明 。
3) common mode failure
共模故障
1.
Study on common mode failure models in power system reliability evaluation;
电力系统可靠性评估的共模故障模型研究(英文)
2.
Based on the parallel principle, and common mode failure had the oil pollution causes, has drawn uphydraulic system s transformation plan, has implemented transformation to that the hydraulic valve and.
基于并联原理,并考虑了油液污染引起共模故障,拟定了液压系统的改造方案,对液压阀台和液压站能源分别实施了改造。
4) Generic fault
共性故障
5) fault in production
生产故障
6) secondary trouble
派生故障
补充资料：不共生
【不共生】
谓六根六尘和合名之为共。前云不自生，则是根不能生；又云不他生，则是尘不能生。根尘各各既不能生，根尘相共又焉得生，故名不共生。
谓六根六尘和合名之为共。前云不自生，则是根不能生；又云不他生，则是尘不能生。根尘各各既不能生，根尘相共又焉得生，故名不共生。
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