An Investigation of AL7075-T651 Plate Perforation Using Different Projectile Nose Shapes
In this study, the ballistic resistance of monolithic and double-layered plates made of AL7075-T651 are evaluated using the non-linear finite element code LS-DYNA®. Plate simulations are carried out using 20 mm diameter, 197g mass hardened steel projectiles with blunt and ogival nose shapes. Penetration simulations of 20 mm monolithic plates made of AL7075-T651 are performed with both Lagrange and ALE methods and the results are compared with literature experimental studies.
https://www.dynalook.com/conferences/10th-european-ls-dyna-conference/7%20Simulation%20IV%20-%20Blast-Penetration/02-Balaban-FNSSSavunma-Sistemleri-P.pdf/view
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An Investigation of AL7075-T651 Plate Perforation Using Different Projectile Nose Shapes
In this study, the ballistic resistance of monolithic and double-layered plates made of AL7075-T651 are evaluated using the non-linear finite element code LS-DYNA®. Plate simulations are carried out using 20 mm diameter, 197g mass hardened steel projectiles with blunt and ogival nose shapes. Penetration simulations of 20 mm monolithic plates made of AL7075-T651 are performed with both Lagrange and ALE methods and the results are compared with literature experimental studies.
02-Balaban-FNSSSavunma-Sistemleri-P.pdf