The development of armaments has brought forth the challenges of protection systems from
gunfire and the like, while the advances in high energy explosives and availability, run the …

In this study, the description of energy absorption capacity in different deformation modes in
the perforation of thin metallic aluminum 1100-H12 targets is presented. The targets were …

The crashworthiness of electric vehicles depends on the response of lithium-ion cells to
significant deformation and high strain rates. This study thoroughly explores the mechanical …

The paper describes mechanical behavior of aluminum alloy AW5005 (EN AW5005) under
impact loading. The work is focused on tensile tests and the process of perforation of …

The originally performed perforation experiments were extended by compression and
tensile dynamic tests reported in this work in order to fully characterize the material tested …

The paper describes a work focused on the process of perforation of aluminum alloy sheet at
a wide range of specimen temperatures. This has been obtained by using the specially …

Aerospace structures are highly vulnerable to impact loads whose damage tolerance, and
its resistance vary over the range of impact velocity. Honeycomb sandwich structures are …

Quasi-static tension and dynamic compression experiments on S235JR mild steel were
performed using a screw-driven machine and a split Hopkinson pressure bar (SHPB) …

The analysis of the mechanical characteristics and dynamic behavior of fiberglass
composite material structure used for perforation tests based on experimental results will be …

Experimental analysis on standard brass alloy has been carried out using a high pressure
gas gun. Perforation tests have been performed for a variety of impact velocities from 40 to …