摘要
针对国内“六性”设计技术缺乏相互关联和顶层指标等问题,采用故障模式影响及危害性分析(failure mode effect and criticality analysis,FMECA)技术开展性能和“六性”一体化设计。阐述如何在“六性”设计工作中开展FMECA分析,并以某舰炮装备部件为例论述如何运用FMECA开展性能和“六性”一体化设计。结果表明,FMECA技术对舰炮装备质量提升具有重要的价值。
In view of the lack of correlation and top-level indicators in domestic “six characteristics” design technology,the integrated design of performance and “six characteristics” was carried out by using failure mode effect and criticality analysis(failure mode effect and criticality analysis,FMECA) technology.This paper expounds how to carry out FMECA analysis in the “six characteristics” design work,and takes a naval gun equipment component as an example to discuss how to use FMECA to carry out the integrated design of performance and “six characteristics”.The results show that FMECA technology is of great value to improve the quality of naval gun equipment.
作者
胡小利
郭周南
赵飞
李猛
Hu Xiaoli;Guo Zhounan;Zhao Fei;Li Meng(Training Division of Naval Staff Department of Southern Theater Command,Zhanjiang 524000,China;No.713 Research Institute of China State Shipbuilding Corporation Limited,Zhengzhou 450015,China)
出处
《兵工自动化》
2023年第5期20-23,共4页
Ordnance Industry Automation
关键词
FMECA
舰船装备
舰炮
六性
FMECA
ship equipment
naval gun
six characteristics
