Criterion of anti-ballistic properties of ceramic matrix armor has been introduced, and the bullet-target impacting process has divided and discussed.

DOP experimental study on EFP penetrating Al_(2)O_(3) armor ceramic;

This paper discusses effects of phenolic resin as sintering additives and binder of spray granulation on pressureless sintering of SiC ceramic armor.

Due to the great differences in the mechanical characteristics of the materials that compose ceramic composite armor,it is very difficult to machine.

The principles implied in the process of EFP(explosively formed projectile) impacting the plate covered explosive and the ceramic composite armor have provided the evidence for calculating the residual velocity of EFP(explosive formed projectile) impacting a new integrated armor,and a calculation model has been induced.

The aim of this study was to determine contributions of different interfaces between ceramic and back plate to balli-stic performance of ceramic composite armor impacted by 12.

Traditional ceramic-metal composite armor is simple double-layer system composed of ceramic and metal,in which ceramic and metal act as correspondingly impact face layer and energy-absorbing backup layer.

To further improve the hit capability of traditional ceramic-metal composite armor,an effective method of constituting metal-encapsulating ceramic composite armor by encapsulating the ceramic inside metal was proposed.