CAJ | 학술논문

为在近似实战环境中评估导弹毁伤能力,分析了现有的累计杀伤模型存在的不足,考虑到箔条干扰对导弹制导误差和引爆概率的影响,研究了多次打击条件下飞机二次效应对飞机易损性的影响,引入了飞机毁伤效果随时间变化的非线性模型,建立了干扰条件下基于二次效应的导弹毁伤能力计算模型;通过仿真验证了模型的有效性,为研究实战条件下导弹毁伤能力提供了有意义的理论参考.
위재근사실전배경중평고도탄훼상능력,분석료현유적루계살상모형존재적불족,고필도박조간우대도탄제도오차화인폭개솔적영향,연구료다차타격조건하비궤이차효응대비궤역손성적영향,인입료비궤훼상효과수시간변화적비선성모형,건립료간우조건하기우이차효응적도탄훼상능력계산모형;통과방진험증료모형적유효성,위연구실전조건하도탄훼상능력제공료유의의적이론삼고.
In order to evaluate the missile damage effectiveness under the combat circumstance,the deficiency of accumulative killing probability model is analyzed. The influence of the screen strip jamming on guiding capability and exploding probability is considered. The quadratic damage to aircraft vulnerability which is based on multiple hit was studied. The nonlinear model which was equal to damage result changing with time was introduced. The computing model was established which was based on jamming and quadratic damage effect. The validity of the model is validated by simulated. A significative theory reference is supplied to evaluate the missile damage effectiveness under actual combat surrounding.