Litcius/Paper detail

Experimental and numerical evaluation of the perforation resistance of multi-layered alumina/aramid fiber ballistic shield impacted by an armor piercing projectile

Riccardo Scazzosi, Samia Danuta Brejão de Souza, Sandro Campos Amico, Marco Giglio, Andrea Manes

2021Composites Part B Engineering47 citationsDOIOpen Access PDF

Topics & Concepts

ArmourKevlarMaterials scienceProjectileAramidBallistic limitSmoothed-particle hydrodynamicsFinite element methodComposite materialPerforationBallistic impactCeramicEpoxyStructural engineeringBallisticsShieldPlain weaveComposite numberFiberLayer (electronics)MechanicsYarnEngineeringGeologyPunchingPhysicsPetrologyMetallurgyHigh-Velocity Impact and Material BehaviorElectromagnetic Launch and Propulsion TechnologyEnergetic Materials and Combustion