Polyurea elastomers exhibit superior mechanical properties due to their unique molecular
structure, including significant tensile strength, elongation at break, and efficient energy …

Understanding ballistic behavior of structural materials is important for their applications in
aeronautical and astronautical industries. We investigate perforation of 2-mm thick Inconel …

The present paper explores the ballistic performance of B 4 C/6061Al laminated targets with
the typical configurations of double-layer, sandwich and gradient impacted by 7.62 mm API …

This work presents a comprehensive analysis of the ballistic response of Q235 steel/6061-
T6 aluminum bilayer plates fabricated via explosive welding, with a special focus placed on …

The large inelastic deformation performance of monolithic steel and polyurea–steel laminate
plates to confined blast loading is investigated through a combination of experiments and …

Polyurea coatings have been widely promoted in explosion and ballistic impact protection
applications due to their excellent hyper-elasticity performance. In rail transportation, high …

In this work, we numerically and experimentally investigate the ballistic performance of
thermoplastic polyurethane (TPU)/steel configurations against spherical projectiles. We …

Target vulnerability assessments commonly involve large and complex components such as
engines exhibiting a lack of systematic and comprehensive representation of damage …