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High-Velocity Perforation Mechanisms and Attitude Deflection Characteristics of Composite Projectiles Perforating Multi-Layered Steel Targets
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DOI：10.1016/j.ijimpeng.2026.105861.png)
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Abstract
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• Comparative experimental investigations were conducted on the high-velocity perforation performance of composite projectile and ogive-nosed projectile. • The failure modes of steel plates and the evolutionary characteristics of projectile noses under high-velocity perforation were obtained. • The projectile–target interaction process during high-velocity oblique perforation of steel plates by composite projectile was revealed. • The protective mechanism of the cap on the main projectile body was elucidated. • The underlying principles governing the attitude stability of composite projectile during perforation were comparatively analyzed. .
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