1) CREAM(cognitive reliability and error analysis method)
认知可靠性与差错分析方法(CREAM)
2) cognitive reliability and error analysis method (CREAM)
认知可靠性和失误分析方法(CREAM)
3) cognitive reliability and error analysis method(CREAM)
认知可靠性和失误分析
4) the analysis of the reliability and the methods of the design
可靠性的分析与设计方法
1.
This paper presents the standard of relia biIity system and parameters system,the analysis of the reliability and the methods of the design,the current of development of the reliability test,indicates that the core of the reliability work is reliability management,and indexes the maneuvers to advance the reliability of the electronic equipment.
本文介绍了可靠性标准体系与参数体系、可靠性的分析与设计方法,可靠性试验的发展趋势,指出可靠性管理是产品可靠性工作的核心,以及提高电子设备可靠性的发展策略。
5) human reliability analysis
人的可靠性分析方法
1.
Based on real and exact surveying data on construction sites and Stewart s human reliability analysis method, a mathematical model reflecting the affecting rules of human error on concrete intensity during construction of concrete structure is set up; corresponding simulated calculation program is compiled.
以施工现场人因差错真实准确的调查实测数据为依据,笔者采用人的可靠性分析方法建立了混凝土结构施工中人因差错发生及其对混凝土强度影响规律的数学模型,并编制了相应的模拟计算程序。
6) reliability analysis optimal method
可靠性分析的优化方法
1.
By the reliability analysis optimal method including operation of the correlation coefficients among the basic random variables in generalized random space,the importance of the correlation coefficients among the basic variables in generalized random space in the reliability analysis was analyzed through calculation of the reliabil.
在可靠性分析的优化方法基础上,对随机变量间相关系数在可靠性分析中的重要性进行了分析;通过对随机变量间相关系数的可靠性灵敏度的计算和分析,得到了随机变量间相关系数的改变对结构可靠性的影响。
补充资料：技术性差错
技术性差错——
技术性差错是指在坚持制度的前提下，由于业务繁忙、工作强度大，工作人员在操作过程中因口误、眼误、手误等技术性原因组成的差错。
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