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Hydrodynamics

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3D Numerical Simulation Research on the Formation of Explosively Formed Penetrator with Fins

3D Numerical Simulation Research on the Formation of Explosively Formed Penetrator with Fins

Journal of Beijing Institute of Technology

The paper presents AUTODYN-3D simulations for designing finned EFPs, achieving optimized shapes for improved stability and penetration.

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Numerical Simulation of Section Subway Tunnel Under Surface Explosion

Numerical Simulation of Section Subway Tunnel Under Surface Explosion

This study investigates the dynamic response of a subway tunnel section subjected to surface explosions using LS-DYNA, considering reinforcement bolts in the surrounding media. Numerical results show that the most vulnerable areas are the tunnel crown and bottom center, with the structure remaining safe under a 100 kg TNT explosion at 1.5 m height.

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