The potential of silicon carbide reinforced Functionally Gradient Material (FGM) to be used
as armor material was investigated under the impact of armor piercing projectile. For this …

The advanced high-strength armor steel with the superior strength-to-weight ratio can
extremely improve the ballistic resistance and mobility of military equipment and structures …

The performance of complex concentrated alloys (or high entropy alloys) with widely varying
microstructure is evaluated by ballistically impacting targets with spheres fired at normal …

The aim of this study was to develop plates resistant to ballistic limits by welding on S355JR
steel plate with Fe-Cr-C and austenitic electrodes. A total of four different weld coated …

This article reviews the anti-penetration principles and strengthening mechanisms of metal
materials, ranging from macroscopic failure modes to microscopic structural characteristics …

Ceramic materials characterized by high hardness, high inherent strength, low density and
excellent dimensional stability have been extensively applied in the design of high …

Abstract Effect of microstructures on ballistic impact properties of Ti–6Al–4V targets was
investigated. The 20 mm Ti–6Al–4V targets having different microstructures were impacted …

To investigate the enhancement mechanism of polyurea elastomeric coating on the anti-
impact of unidirectional graded auxetic honeycomb sandwich panels. With the help of LS …

Utilization of a ceramic front layer provides an improvement in the ballistic efficiency of
monolithic metallic materials. In the current paper, the ballistic behavior of laminated …

In order to establish a connection between the ballistic performance and mechanical
properties of armor steel, a ballistic simulation model was developed and subsequently …