armor rod

Influence of Initiation Way on the Formation and Armor-piercing Performance of the Rod Projectile

起爆方式对杆式弹丸成型和穿甲的影响

This paper mainly carries on the analysis and the forecast research on the application of the use of jacket in the Armor-Piercing Fin-Stabilized Discarding-Sabot ( APFSDS, long rod penetrator) ammunition with high aspect ratios.

本文开展了护套结构在大长径比杆式穿甲弹中的应用研究。

This paper discussed a new meshing scheme of armor-piercing core and sabot of long rod AP, which is adopting the structure of variational tooth clearance.

探讨了杆式穿甲弹的一种新型弹芯与弹托的啮合方案，即采用变齿隙结构方案。

we discuss the multi-layer composite armor penetrated by the rod projectile with the velocity of 1000m/ s~ 3000m/ s.

对杆式弹以1000m/s～3000m/s速度侵彻陶瓷多层复合装甲进行了探讨。

The effects of point initiation, annular initiation, three-point initiation and different initiation radius on the speed and armor-piercing power of the rod projectiles were studied by experiments.

采用实验方法研究了中心点起爆、环形起爆和三点同时起爆以及不同起爆半径对高速杆式弹丸的速度和穿甲能力的影响。