2016•Scientia Sinica TechnologicaOpen access

Numerical and experimental study on projectiles’ high-velocity penetration into concrete targets

Jianguo Ning, JianQing WANG, Kai ZHENG

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Abstract

A series of experiments about 100 mm diameter projectiles into concrete targets around 800 m/s were carried out, and the results of large-size high-velocity projectile penetrating disconnected 1m diameter concrete targets were obtained. With the help of simulation, the design of concrete targets in projectiles’ high-velocity penetration experiments was investigated, and a new target design was put forward. Simulation helps design the targets in large-size projectiles’ penetration experiments, and guides further experimental designs and simulations in the future.

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A series of experiments about 100 mm diameter projectiles into concrete targets around 800 m/s were carried out, and the results of large-size high-velocity projectile penetrating disconnected 1m diameter concrete targets were obtained. With the help of simulation, the design of concrete targets in projectiles’ high-velocity penetration experiments was investigated, and a new target design was put forward. Simulation helps design the targets in large-size projectiles’ penetration experiments, and guides further experimental designs and simulations in the future.

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Available abstract

A series of experiments about 100 mm diameter projectiles into concrete targets around 800 m/s were carried out, and the results of large-size high-velocity projectile penetrating disconnected 1m diameter concrete targets were obtained. With the help of simulation, the design of concrete targets in projectiles’ high-velocity penetration experiments was investigated, and a new target design was put forward. Simulation helps design the targets in large-size projectiles’ penetration experiments, and guides further experimental designs and simulations in the future.

Key concepts: Projectile, Penetration (warfare), Materials science, Penetration depth, Mechanics, Geotechnical engineering, Structural engineering, Engineering

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