Author/Authors :
Khmelnikov، نويسنده , , Evgeny A. and Styrov، نويسنده , , Alexey V. and Smagin، نويسنده , , Konstantin V. and Kravchenko، نويسنده , , Natalia S. and Rudenko، نويسنده , , Valery L. and Falaleev، نويسنده , , Vladimir I. and Sokolov، نويسنده , , Sergey S. and Svidinsky، نويسنده , , Artem V. and Svidinskaya، نويسنده , , Natalia F.، نويسنده ,
Abstract :
The experimental results and numerical modeling of penetration process of fluoropolymer projectiles in aluminum-based targets are presented. Analysis of mathematical models for interaction of elastoplastic projectile and target without taking additional energy released during interaction of fluoropolymer and aluminum into consideration is carried out. Energy fraction which is spent effectively on the increase in cavity volume is determined. The experimental and calculated results of penetration by combined and inert projectiles are compared.
Keywords :
Reactive materials , fluoropolymer , Interaction , Titanium alloy , High speed strain , aluminum , Numerical Modeling
