In this study, a polygonal shell is used to produce an explosively formed projectile (EFP) with
fins for good flight stability. The forming characteristics of an EFP with fins produced by a …

The effects of the initiation diameter and synchronicity error on the formation of fins and
stable-flight velocity of an explosively formed projectile (EFP) with three-point initiation are …

The microstructure evolution and plastic deformation mechanism of a Ta-2.5 W liner under
the ultra-high-strain-rate conditions generated by the explosive detonation were investigated …

In this study, the formation mechanism of an explosively formed penetrator (EFP) with tail
fins was analyzed. Through static denotation and dynamic flight tests, the feasibility of using …

In order to find new kinds of EFP liner materials with high density, W alloys, Ni, Mo, U, and U
alloy were selected to be tested. Both liner test and flyer plate test were carried out in …

For testing anti-meteoroidal protection of spacecraft, it is proposed to use charges that form
compact elemants of variable shape. Shape charges, their construction, and the process of …

To evaluate the damage capability of circumferential multiple explosive formed projectiles
(MEFPs), it is required to predict the EFP forming velocity accurately and quickly. According …

Explosively formed projectile (EFP) is a self-forging shape charged structure having very
high penetration ability compared to conventional kinetic energy projectile. The penetration …

Purpose The purpose of this paper is to investigate the applicability of the LS-DYNA
software using a Lagrangian formulation in the jet formation, flight and penetration of …

The current paper presents analytical and numerical approaches of velocity performances
estimations for the EFP (Explosively Formed Projectiles). The proposed analytical methods …