Engineering Method for Penetration Depth of Projectile Normal into Concrete Target
Zhengjun Shi
Abstract
Zhengjun Shi
Abstract
According to the cylindrical cavity-expansion and Mohr-Coulomb,the resulting axial resistant force on the projectile nose is obtained when penetrating into concrete target and the penetration depth is calculated by movement differential equation.The calculated result are well in accord with the experimental data,and the method is practical for ready application.
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According to the cylindrical cavity-expansion and Mohr-Coulomb,the resulting axial resistant force on the projectile nose is obtained when penetrating into concrete target and the penetration depth is calculated by movement differential equation.The calculated result are well in accord with the experimental data,and the method is practical for ready application.
Key concepts: Projectile, Penetration (warfare), Mechanics, Coulomb, Penetration depth, Geotechnical engineering, Differential equation, Structural engineering