Abstract A series of computations based on experimental data on the depth of projectile penetration into targets is performed for verification of parameters of ballistic stability of plates made of Al 2 O 3 , B 4 C, and SiC ceramics. Interaction of a projectile with a steel core and a target made of an aluminum alloy with a variable-thickness ceramic plate positioned ahead of the target is simulated. The computed results are compared with experimental data for various ceramic targets 1–5 mm thick and projectile velocities of 810–850 m/s.

中文翻译：

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数值实验中陶瓷的抗冲击性能

摘要 为了验证由Al 2 O 3 、B 4 C 和SiC 陶瓷制成的板的弹道稳定性参数，基于弹丸穿透目标深度的实验数据进行了一系列计算。模拟了带有钢芯的弹丸和由铝合金制成的靶的相互作用，靶前有一块厚度可变的陶瓷板。计算结果与 1-5 毫米厚和 810-850 m/s 弹丸速度的各种陶瓷靶的实验数据进行了比较。