CAJ | 학술논문

用离散元方法模拟以HMX为基的塑料粘结炸药与HMX颗粒炸药在冲击载荷作用下的细观响应过程。结果表明对于HMX颗粒炸药，炸药颗粒界面处的温度及压力远高于颗粒内部；对于HMX为基的塑料粘结炸药，粘结剂处的温度及压力亦高于颗粒内部；两种冲击响应过程的对比分析表明，粘结剂有效地降低了炸药颗粒边界处的温度及压力。
용리산원방법모의이HMX위기적소료점결작약여HMX과립작약재충격재하작용하적세관향응과정。결과표명대우HMX과립작약，작약과립계면처적온도급압력원고우과립내부；대우HMX위기적소료점결작약，점결제처적온도급압력역고우과립내부；량충충격향응과정적대비분석표명，점결제유효지강저료작약과립변계처적온도급압력。
Mesoscale responses of plastic boned explosives( PBX) and grannular HMX under shock loading were investigated with discrete element method( DEM) . It shows that for shocked grannular HMX temperature and pressure in grain boundary are much higher than those of inner HMX crystals. In the case of shocked PBX high temperature and pressure regions are mostly located in binder and near parts. Comparisons show that temperature and pressure in grain boundary are effectively reduced by binder.