This study evaluates the ballistic resistance of zirconia toughened alumina
(ZTA)/Kevlar®/CFRP (Carbon Fiber Reinforced Polymer) composites against two sequential …

The energy absorption (EA) and ballistic behaviour of the cylindrical sandwich shells, which
comprised of honeycomb core (AL-3003 H18) and cylindrical face sheets (AL-1100 H12) …

The current research combined experimental and numerical study of the perforation and
energy dissipation behaviour of the cylindrical sandwich shell with honeycomb core …

Experimental and numerical studies were conducted to determine the impact response of 15
mm thick AA2014-T652 forged plates in the velocity region from 800 m/s to 1300 m/s …

According to existing research, in addition to the second deviatoric stress invariant, Lode
angle parameter (hereinafter abbreviated as Lode angle), which is related to the third …

This study presents the experimental and numerical investigation of the response of
hemispherical sandwich shell structure having hexagonal honeycomb core against ogive …

The honeycomb sandwich panel presents a highly promising solution for enhancing ballistic
behavior owing to its excellent strength-to-weight ratio and impact resistance. This study …

Numerical investigation has been carried out on 2024 aluminium plate targets against 12.7
mm diameter hardened steel projectiles. The ballistic resistance of 1.27 mm thick target was …

Present study addresses the ballistic performance and energy absorption behaviour of the
hemispherical sandwich shell structure having hexagonal honeycomb core against conical …

Thin-shell structures are widely used in various engineering applications. It is essential to
investigate the impact resistance of thin-shell structures, to provide theoretical support for …