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The Effect of Shell Configuration on the Formation of Multimode Penetrators

机译:壳体配置对多模渗透器形成的影响

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Adopting center point and annular multi-point initiation mode,the influence of shell thickness towards formation parameters of multimode penetrators,such as velocity and length-diameter ratio,was researched by using LS-DYNA software.The best results of shell thickness are found to form good EFP and JPC with the same shaped charge structure.When the shell thickness is 0.04~0.05Dk,the good penetrators can be formed.It obtained the change curve of the formation parameters of penetrators with the shell thickness.The result can offer reference for the further study of multimode shaped charge.
机译:采用LS-DYNA软件,研究了采用中心点和环形多点启动模式,壳体厚度朝向多模渗透器形成参数的影响,例如速度和长度比率。壳厚度的最佳结果形成良好的EFP和JPC,具有相同的形状的电荷结构。当壳体厚度为0.04〜0.05dk时,可以形成良好的穿透器。通过壳体厚度获得了渗透器的形成参数的变化曲线。结果可以提供参考用于进一步研究多模电荷。

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