兵器材料科学与工程
兵器材料科學與工程
병기재료과학여공정
Ordnance Material Science and Engineering
2009年
6期
39-41
,共3页
爆炸成型弹丸%砖墙%开孔
爆炸成型彈汍%磚牆%開孔
폭작성형탄환%전장%개공
EFP%masonry walls%pre-hole
通过3种罩型聚能装药结构的爆炸成形弹丸(EFP)对砖墙靶体的开孔效能试验研究,获得聚能装药结构对砖墙目标的开孔直径、开孔深度和开孔形貌.采用理论计算的方法获得爆炸成型弹丸的速度和系数C,从开孔效果和能量利用的角度分析,认为曲线+直线段组合罩结构对砖墙目标侵彻效果最为理想.
通過3種罩型聚能裝藥結構的爆炸成形彈汍(EFP)對磚牆靶體的開孔效能試驗研究,穫得聚能裝藥結構對磚牆目標的開孔直徑、開孔深度和開孔形貌.採用理論計算的方法穫得爆炸成型彈汍的速度和繫數C,從開孔效果和能量利用的角度分析,認為麯線+直線段組閤罩結構對磚牆目標侵徹效果最為理想.
통과3충조형취능장약결구적폭작성형탄환(EFP)대전장파체적개공효능시험연구,획득취능장약결구대전장목표적개공직경、개공심도화개공형모.채용이론계산적방법획득폭작성형탄환적속도화계수C,종개공효과화능량이용적각도분석,인위곡선+직선단조합조결구대전장목표침철효과최위이상.
Three shaped charge structures were designed in this paper and the pre-hole experiments of masonry walls were carried out. The hole diameter, hole depth and hole morphology of masonry walls by shaped charge were measured. The velocities of EFP and parameter C were calculated by theory methods. From the point of pre-hole efficiency and energy-using, the shaped charge structure of curve and line segment has the best pre-hole effects.