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

NORMAL PERFORATION OF THIN DURALUMIN PLATES AT ORDNANCE VELOCITIES

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

PERFORATION OF A SMALL CALIBER PROJECTILE INTO TEXTILE/EPDXY COMPOSITE TARGETS

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

NUMERICAL INVESTIGATION OF PROEJECTILE PENETRATION INTO CERAMIC/STEEL TARGETS

EFFECT OF PROJECTILE IMPACT VELOCITY AND TARGET THICKNESS ON PENETRATION RESISTANCE OF MILD STEEL

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

PENETRATION OF A SHAPED CHARGE JET INTO A METALLIC TARGET

Ballistic Behavior of Developed 12.7x99 mm Tungsten Carbide Core AP Projectiles against High Hardness Steel Armor