摘要
为解决水下爆炸潜艇毁伤效果精准定量评估难题,对潜艇综合毁伤评估体系开展研究。建构包括前处理模块、一次毁伤分析模块、二次毁伤分析模块和后处理模块的综合毁伤评估体系结构,系统分析建模基本原则、关键影响因素和评价指标及其内在逻辑,建立潜艇综合毁伤评估模型的构建流程与方法。研究结果表明,在潜艇毁伤评估中任意单一要素的改变都可能对评估结果产生大的影响,必须对弹药命中数量、命中部位、功能毁伤链路以及损管行动等开展综合分析,才能得到更加科学准确的评估结论。
In order to solve the difficult problem in the accurate and quantitative function damage assessment of submarines subjected to underwater explosion,the comprehensive damage assessment system was studied and its architecture was proposed,which consists of the pre-processing module,the first damage analysis module,the second damage analysis module and the post-processing module.The fundamental principles,the critical influencing factors,the assessment indexes and their inner logic were analyzed systematically,and the procedure and the method for the comprehensive damage assessment modeling of submarines were built.The results indicated that the change of each single factor will cause great influence on the asessment result,so for getting a more scientific and accurate assessment conclusion,a comprehensive analysis on the ammunition hit quantity,the hit location,the functional damage links and the damage control actions is needed.
作者
韩大伟
张东俊
王天忠
朱广成
HAN Da-wei;ZHANG Dong-jun;WANG Tian-zhong;ZHU Guang-cheng(No.92337 Unit of PLA,Dalian 116023,China)
出处
《舰船科学技术》
北大核心
2021年第10期173-176,共4页
Ship Science and Technology
基金
“十三五”专项项目(2019HJHS26)
中国博士后科学基金项目(2017M613384)。
关键词
水下爆炸
潜艇
毁伤评估
综合毁伤
体系结构
underwater explosion
submarine
damage assessment
comprehensive damage
architecture
