Abstract

Behavior of a titanium alloy is studied under conditions of a high-speed penetration at a speed of ~2.0 km/s. Three penetration zones with different mechanisms of plastic deformation and fracture are observed in a target during its punching.

中文翻译：

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撞击器高速穿透时钛合金结构的动力学。

摘要

在〜2.0 km / s的高速穿透条件下研究了钛合金的行为。在目标冲压过程中，观察到三个具有不同塑性变形和断裂机制的穿透区。