Analysis of Projectile Oblique Penetration Concrete Target Plate Overload
Xiong Cao
Abstract
Xiong Cao
Abstract
In order to study the process of projectile penetration in the tilt feature analysis, the use of international non-linear dynamics finite element analysis software LS-DYNA3D, on the tilt angle of projectile penetration in different semi-infinite concrete target during the whole process of the comparative analysis. It can be drawn: with the angle of incidence increases, the projectile produces ricochet, stability is poor penetration, projectiles reach the penetration effect, the damage would not achieve the target effect, verify the correctness of the model analysis.
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In order to study the process of projectile penetration in the tilt feature analysis, the use of international non-linear dynamics finite element analysis software LS-DYNA3D, on the tilt angle of projectile penetration in different semi-infinite concrete target during the whole process of the comparative analysis. It can be drawn: with the angle of incidence increases, the projectile produces ricochet, stability is poor penetration, projectiles reach the penetration effect, the damage would not achieve the target effect, verify the correctness of the model analysis.
Key concepts: Projectile, Penetration (warfare), Structural engineering, Oblique case, Finite element method, Materials science, Mechanics, Engineering