摘要
部件水平易损性分析模型通过引入蒙特卡洛随机模拟方法以及降阶态评估方法,不仅大大增强了易损性仿真技术的问题处理能力,而且显著提高了易损性仿真结果精度。针对巡航导弹部件水平易损性分析模型建立,深入分析了射击线技术、巡航导弹目标易损特性、三维实体几何描述、关键部件杀伤概率及系统工程性能降阶态发生概率计算等关键问题。
Through using Monte Carlo random simulation method and degraded state assessment method,component lev- el model for target vulnerability analysis not only enhances the ability of vulnerability simulation technique,but also no- tably increase the precision of simulated results.Aiming at establishing the component level vulnerability analysis model for cruise missile,it deeply analyzes some concerned problems,such as shot line technique,vulnerability characteristics of the cruise missile,3-D solids geometrical description,calculations of key components kill probahility and degraded state distribution of systems engineering performance.
出处
《弹箭与制导学报》
CSCD
北大核心
2005年第SB期510-512,521,共4页
Journal of Projectiles,Rockets,Missiles and Guidance
关键词
部件水平
易损性分析
巡航导弹
降阶态
component level
vulnerability analysis
cruise missile,degraded state
