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Application of decreasing integrated hazard in Rahim and Banerjee model on economic design of (X)over-bar-control charts for systems with increasing failure rate and early replacement

机译:Rahim和Banerjee模型中减少的综合危害在故障率增加和早期更换的系统的(X)横杆控制图经济设计中的应用

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摘要

In comparison to economic designs of (X) over bar -control charts with constant integrated hazard over sampling intervals, a new approach is proposed that warranty the integrated hazard is decreasing throughout the time. The generalized model of Rahim and Banerjee (1993) is applied to achieve the optimal design parameters for systems with increasing failure rate and early replacement. Some numerical examples utilizing Weibull(nu, lambda) and Gamma(2, lambda) in-control time distributions are presented to evaluate the performance of the approach. Both the economic and economic statistical models are used to compare the decreasing integrated hazard approach with the constant one. A comprehensive sensitivity analysis is also presented.
机译:与(X)条形图的经济设计相比,在整个采样间隔内具有恒定的综合危害,提出了一种新的方法来保证随着时间的推移,综合危害不断减少。应用Rahim和Banerjee(1993)的通用模型来获得故障率增加和早期更换的系统的最佳设计参数。提出了一些利用Weibull(nu,lambda)和Gamma(2,lambda)控制内时间分布的数值示例,以评估该方法的性能。经济模型和经济统计模型均用于比较不断减少的综合危害方法与不变的方法。还介绍了全面的灵敏度分析。

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