Ballistic resistance enhancement of armours and structures has been a prominent area of
research over the years. Monolithic metallic plates have been the preferred choice for …

Polyurea has attracted extensive attention in the field of anti-blast protection over the past
few years. Two types of polyurea were prepared and their quasi-static and dynamic …

A comprehensive comparison is presented between monolithic and tri-metallic steel–
titanium–aluminium armour subjected to nonrigid projectile impact for the first time. Behind …

Incorporating elastomers such as polymers in protective structures to withstand high
energetic dynamic loads, has gained significant interest. The main objective of this study is …

The behaviour of multi-material systems subjected to dynamic loads is currently a topic of
interest. This paper aims to study the performance of an impedance-graded multi-metallic …

The application of polyurea in the field of anti-blast has attracted extensive attention. To
study the influence and mechanism of polyurea with different mechanical properties on the …

This paper presents a comprehensive analysis of the blast response of functionally graded
composite metallic plates, fabricated using explosive welding. Explosive welding is a solid …

This article investigates the performance of an impedance-graded multi-metallic system.
Material combinations of steel–titanium, steel–aluminium and steel–titanium–aluminium are …

Protecting concrete structures from high energetic dynamic events such as blasts and impact
is a major concern, in both civil-and military-related applications. Most conventional …

The behavior of multi-material layered systems that are subjected to high velocity impacts
such as blast and impact is currently a topic of interest. This study investigates the …