在现有的计划更换模型的基础上,研究了一种备件有限及部件可修的更换策略问题。
Based on the present models of planned replacement, this paper studies on the problem of replacement policy with repairable units and limited spares.
在假定故障部件不能“修复如新”的条件下,基于几何过程模型研究可修串联系统的最优更换策略。
An optimal replacement policy for series repairable system is studied assuming that the component after repair is not "as good as new" by using the geometric process model.
利用几何过程,以系统大修次数N和大修时间间隔T为更换策略,选择最优策略( N , T)使系统经长期运行单位时间的期望费用最小。
The problem is to determine the optimal replacement policy ( N , T )? such that the long-run expected cost per unit time is minimized.
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