1) Static availability
静态可用度
2) static clamping reliability
静态夹紧可靠度
1.
By analyzing the clamping construction of machine clamped and dislocated cutting tool, the static clamping reliability model is built.
对机夹可转位车刀夹紧结构进行分析后建立其静态夹紧可靠度模型 ,在此基础上建立动态夹紧可靠度模型 ,并进行实例分析 ,分析结果与实际情况相
3) steady-state availability
稳态可用度
1.
Empirical Bayes estimates of steady-state availability in exponential distribution model;
指数分布模型下稳态可用度的经验Bayes估计
2.
Using vector Markov process theory and Laplace transform method,we obtain the Laplace transform of the reliability,the mean time to first failure,the steady-state availability and the steady-state failure frequency and so.
利用向量Markov过程理论和Laplace变换的方法,求出了系统可靠度的Laplace变换,系统首次故障前平均时间的表达式,系统的稳态可用度和稳态故障频度等可靠性指标;此外,还通过数值比较考察了系统参数对系统稳态可用度的影响,并对系统进行了效益分析。
3.
The computation of the steady-state availability and the mean time between failures are also given.
对可修复的双机热冗余控制系统结构进行了分析,运用马尔可夫过程对系统进行建模,以概率论和随机过程为基础,对系统所处的状态进行了分析,通过计算得出了系统的稳态可用度和平均无故障工作时间。
4) steady state availability
稳态可用度
1.
Confidence limit of steady state availability of the system with minimum operating time
寿命服从极值分布的可修系统稳态可用度的置信限
2.
Based on markov process,the proposition is put forward that steady state availability of series system is equal to the product of steady state availability of all units;steady state unavailability of parallel system is equal the product of steady state unavailability of all units.
提出并讨论了以下命题:对串联可修系统,系统稳态可用度等于各部件稳态可用度乘积;对并联可修系统,系统稳态不可用度等于各部件稳态不可用度乘积。
3.
The purpose of this paper is to study the steady state availability and the steady state failure frequency of the system.
本文研究了修理工N-策略休假的多部件温贮备可修系统,探讨该系统的稳态可用度和稳态故障频度。
5) Dynamic availability
动态可用度
6) stable availability
稳态可用度
1.
In addition, the stable availability of the systemy is also provided.
此外,对系统的一个忙循环进行分析,使用Wald定理和离散时间更新报酬定理得到系统的稳态可用度。
2.
In this dissertation, we mainly study state transition probability of two-unit series system and paralleled system and stable availability of system.
本文主要研究两个不同型部件、一个修理设备组成的串联系统和并联系统的状态转移概率性质，以及系统的稳态可用度。
补充资料：用度
1.费用;开支。 2.使用。 3.指用途。 4.任用;录用。
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