id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
dss-183	Salkičević, Minel	Numerical simulations of the formation behavior of explosively formed projectiles	2022-03-01	14	.pdf	application/pdf	4219	221	52	Comparison of penetrator velocities made of different materials [8] Liner material Time (µs) Penetrator velocity (m/s) Copper 100 1750 Aluminium 50 3500 - detached part Aluminium 100 Penetrator tearing up Tantalum 100 1125 Iron 100 1882 Velocity (m/s) DSS Vol. 3, March 2022, pp.1-14 10 It can be noticed that there was a rupture of the aluminum penetrator; the detonation wave elongated aluminum penetrator way beyond its stretching limit - due to its low density and relatively weak atomic structure. Penetrator velocity of EFP with casing made of aluminum (Autodyn)	cache/dss-183.pdf	txt/dss-183.txt
