Failure behavior of concrete subjected to high dynamic loading of new spiral projectile
Keywords: Dynamic response, Concrete, Spiral warhead, Penetration
AbstractA new spiral warhead structure which makes concrete failure by self-rotation is proposed in this paper. Concrete dynamic response when subjected to the oval and new proposed spiral projectile vertical and oblique-angle (from 60° to 70°) impacts of different velocities is studied numerically. This investigation obtains the specific law between different residual velocity and rotation angle when concrete target subjected to the impact loading of spiral projectile ranging from 700 m/s ~ 1000 m/s. It also shows the law between different residual velocity and the groove depth. The rotational angular velocity vs time curves for different working condition are given.
How to Cite
Wu, J., Ning, J., & Ma, T. (2018). Failure behavior of concrete subjected to high dynamic loading of new spiral projectile. Defence Science Journal, 68(4), 347-355. https://doi.org/10.14429/dsj.68.11349
Armaments & Explosives
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