指挥防护工程体系功能毁伤降阶态易损性分析方法研究

Research on degraded states vulnerability methodology for function damage of command protection engineering

采用降阶态易损性分析(DSVM)方法,以指挥防护工程为例,对防护工程易损性分析与功能毁伤状态进行探究。给定弹目交汇条件下,迅速对目标各级部件功能毁伤状态进行判断,对防护工程可能出现的部件级毁伤概率进行模拟。同时利用该方法对多次打击条件下的功能毁伤状态进行降阶判断,对每次打击的毁伤效果进行快速响应,提出多次打击的降阶态转换表与战术策略变化状态效应表,在敌方针对重点部位打击更加密集、战斗节奏日益加快的现代战争中,为防护工程快速评估与精确保障提供基础。

In this paper,degraded states vulnerability methodology is used to study the vulnerability and function damage of command protection engineering.Given the meeting condition of the projectile,damage status of the components at all levels of the target is quickly determined,and the probability of component-level damage is simulated.By application of this methodology,function damage condition of multi-hit is evaluated,damage effect of each hit is estimated in time,and degraded states transition tables and state-effect tables for multi-hit are put forward,providing basis for rapid evaluation and accurate service for protective engineering in modern warfare,where attacks on critical parts are more intensive and the pace is accelerated.