CAJ | 학술논문

针对模块装药膛内滞留的热安全性问题,给出了模块盒受热的简化模型,并给出了理想状况下的解析结果,得到了模块盒在膛内滞留受热期间的温度响应.分析了不同射击工况下身管温度的响应特征,考察了射击工况及环境温度对模块盒温升过程的影响.结果表明,射击工况对模块盒温升影响显著,温升差别高达30℃左右,而环境温度影响甚微.结果还表明,身管报警装置对确保模块装药的热安全性有着至关重要的影响.
침대모괴장약당내체류적열안전성문제,급출료모괴합수열적간화모형,병급출료이상상황하적해석결과,득도료모괴합재당내체류수열기간적온도향응.분석료불동사격공황하신관온도적향응특정,고찰료사격공황급배경온도대모괴합온승과정적영향.결과표명,사격공황대모괴합온승영향현저,온승차별고체30℃좌우,이배경온도영향심미.결과환표명,신관보경장치대학보모괴장약적열안전성유착지관중요적영향.
Aiming at the thermal safety of modular charge in the heated tube, the simplified heating model of the modular case was established. The solution under ideal conditions was analyzed. The temperature response characteristics of modular case heated in tube were obtained. Based on the heating mechanism, the temperature response characteristics of gun tube under different firing conditions were analyzed, and the influences of firing conditions and environmental temperature on the modular case in the course of temperature rising were simulated. The results show that the effect of firing conditions on temperature rising of modular case is obvious, and the error of rising temperature of modular case among different firing conditions is about 30 ℃, and environmental temperature has little effect. The results also show that the alert device of gun tube is essential to ensure the thermal safety of modular charge