Failure Analysis in Ammunition Storage Life Modeling

Xu Youliang, Shan Yonghai, Zhang Junbin, L. Fei
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Abstract

After long-term storage of ammunition in the quality and reliability problems that have long plagued national army of the main problems. With the increase in weapons systems technology content, the original sample of ammunition parameter index detection method has become increasingly unable to meet the demand for ammunition quality and reliability evaluation. In this paper, for ammunition stockpile reliability failure modes and mechanisms of storage reliability analysis methods were targeted evaluation. Meanwhile, after restricting the storage of ammunition after setting the root factors of reliability and more primary and storage environment, the degree of reliability of each component of ammunition, which are closely linked, so you can save for later failure from the start of ammunition. Through failure component failure mechanisms and causes of mastery and effective mechanism under Part fire performance and fault correlation ammunition components for internal defects using the evaluation methods to evaluate the reliability of munitions.
弹药储存寿命建模中的失效分析
长期储存后的弹药质量和可靠性问题一直是困扰国军的主要问题。随着武器系统技术含量的提高,原有的弹药样本参数指标检测方法已经越来越不能满足弹药质量和可靠性评估的需求。本文针对弹药储存可靠性的失效模式和机理进行了有针对性的可靠性评估分析方法。同时,在限制弹药储存后,设置了可靠性的根本因素和更主要的储存环境,将弹药的各个组成部分的可靠性程度紧密地联系在一起,这样就可以从弹药一开始就为以后的故障进行保存。通过对失效构件失效机理和失效原因的掌握和有效机理下的部分火力性能与失效构件内部缺陷的关联,运用评估方法对弹药的可靠性进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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