CAJ | 학술논문

研究战场环境下爆炸冲击过程及其对装备部件的毁伤机理,对于武器系统改进和战斗损伤评估具有重要意义.本文利用流固耦合算法进行爆炸冲击模拟,探讨了冲击波形成机理,确定了将爆炸冲击波直接毁伤靶板的方法,以及冲击波的数值定义和加载方法,并利用流固耦合算法进行了爆炸冲击仿真,其方法可以为爆炸冲击与毁伤研究提供一定参考.
연구전장배경하폭작충격과정급기대장비부건적훼상궤리,대우무기계통개진화전두손상평고구유중요의의.본문이용류고우합산법진행폭작충격모의,탐토료충격파형성궤리,학정료장폭작충격파직접훼상파판적방법,이급충격파적수치정의화가재방법,병이용류고우합산법진행료폭작충격방진,기방법가이위폭작충격여훼상연구제공일정삼고.
Research on explosion impact and its damage mechanism for equipment components under battlefield environment, are important for improving weapons systems and assess battle damage. In this paper, the fluid-structure interaction algorithm is used for explosive shock simulation, shock wave formation mechanism is discussed, the method of blast directly damage target, as well as numerical definition and loading method of the shock waves are defined, the fluid-structure interaction algorithm is used in simulating explosion and shock. The method can provide reference for researching blast shock and its damage.