AN INVESTIGATION OF NORMAL PERFORATION OF A SMALL CALIBER PROJECTILE INTO METAL/COMPOSITE LIGHTWEIGHT TARGETS

BALLISTIC RESISTANCE OF MODERN LIGHTWEIGHT TARGETS AGAINST THEIR THREAT BY A MEDIUM CALIBER ARMOUR-PIERCING PROJECTILE

MODELING PENETRATION OF CERAMIC/METAL LIGHTWEIGHT ARMOURS BY SMALL AND MEDIUM CALIBER PROJECTILES

BALLISTIC RESISTANCE OF FLEXIBLE COMPOSITE AND TEXTILE TARGETS

ANALYSIS OF THE MECHANICS OF NORMAL PERFORATION OF METALLIC PLATES BY HIGH-SPEED PROJECTILES

NUMERICAL INVESTIGATION OF A HIGH-SPEED PROJECTILE PENETRATION INTO BI-LAYERED LIGHTWEIGHT TARGETS

MODELING PENETRATION OF BI-ELEMENT METALLIC TARGETS BY HIGH-SPEED PROJECTILES

EXPERIMENTALLY INVESTIGATING THE BALLISTIC PROPERTIES OF THE POLYMER-MATRIXED LAYERED AND FIBERREINFORCED COMPOSITE MATERIALS

NUMERICAL INVESTIGATION OF PROEJECTILE PENETRATION INTO CERAMIC/STEEL TARGETS

Experimental Study on Penetration of Small Caliber Ammunition into Different Multilayer Compact Armors