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首页> 外文期刊>Journal of Applied Mechanics and Technical Physics >ANALYTICAL PERFORMANCE STUDY OF EXPLOSIVELY FORMED PROJECTILES
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ANALYTICAL PERFORMANCE STUDY OF EXPLOSIVELY FORMED PROJECTILES

机译:爆炸形弹丸的分析性能研究

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Hydrocode simulations are carried out using Ansys Autodyn (version 11.0) to study the effects of the liner material (mild steel, copper, armco iron, tantalum, and aluminum) on the shape. velocity, traveled distance, pressure, internal energy, temperature, divergence or stability, density, compression, and length-to-diameter ratio of explosively formed projectiles. These parameters are determined at the instants of the maximum as well as stable velocity during the flight towards the target. The results of these parameters present the potential capability of each liner material used to fabricate explosively formed projectiles. An experimental analysis is performed to study the velocity status and the length-to-diameter ratio of explosively formed projectiles.
机译:使用Ansys Autodyn(版本11.0)进行了液压编码模拟,以研究衬板材料(低碳钢,铜,armco铁,钽和铝)对形状的影响。速度,行进距离,压力,内部能量,温度,散度或稳定性,密度,压缩率和爆炸性形成的弹丸的长径比。这些参数是在向目标飞行过程中的最大瞬间以及稳定速度下确定的。这些参数的结果显示了用于制造爆炸性成形射弹的每种衬里材料的潜在能力。进行了实验分析,以研究爆炸性射弹的速度状态和长径比。

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