樊富友,余智超,陈明,于晓艳,余里成,李斌.制导炸弹贮存可靠性分析与探讨[J].装备环境工程,2013,10(4):102-105. FAN Fu-you,YU Zhi-chao,CHEN Ming,YU Xiao-yan,YU Li-cheng,LI Bin.Analysis and Discussion on Storage Reliability of Guide Bombs[J].Equipment Environmental Engineering,2013,10(4):102-105.
制导炸弹贮存可靠性分析与探讨
Analysis and Discussion on Storage Reliability of Guide Bombs
投稿时间:2013-02-07  修订日期:2013-07-01
DOI:10.7643/issn.1672-9242.2013.04.024
中文关键词:  贮存可靠性  失效模式  免维修设计  贮存寿命  制导炸弹
英文关键词:storage reliability  failure mode  maintenance-free design  storage life  guided bomb
基金项目:
作者单位
樊富友 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
余智超 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
陈明 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
于晓艳 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
余里成 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
李斌 制导炸弹贮存可靠性分析与探讨中国兵器集团公司长沙机电产品研究开发中心,长沙410100 
AuthorInstitution
FAN Fu-you Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
YU Zhi-chao Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
CHEN Ming Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
YU Xiao-yan Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
YU Li-cheng Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
LI Bin Changsha Electromechanical Product Research and Development Center of China South Industries Group Corporation,Changsha410100,China 
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中文摘要:
      阐述了影响制导炸弹贮存可靠性的因素,分析了制导炸弹部分常用材料的失效模式、原因及影响因素。提出了提高其贮存可靠性的方法及措施,列举了部分非金属材料的贮存信息,以供设计参考使用。通过对制导炸弹贮存可靠性进行分析探讨,优化了结构、选材、设计及环境条件之间的关系,对提高贮存可靠性至关重要。
英文摘要:
      Influencing factors of storage reliability of guided bombs was elaborated, and failure mode, causes and influencing factors of some common material of guided bombs was analyzed. A method for improving storage reliability of guided bombs was put forward, and storage information of some nonmetal was introduced for design reference. The storage reliability of the guided bomb was analyzed and discussed from the aspects of structure, material, design and environmental condition optimization.
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