The main factors in the ballistic impact mechanism, an incredibly complicated mechanical
process, are the target material's thickness, toughness, strength, ductility, density, and …

Thin composite structures reinforced with woven fabrics are widely used in many industrial
sectors due to their lightweight, easy access, and high specific performance. Due to safety …

This work compares the low velocity impact (LVI) behavior of conventional fiber metal
laminate (FML) with hybrid fiber metal laminates (H-FML) that include an elastomer layer …

This study elaborates on the effects of matrix rigidity on the high-velocity impact behaviour of
UHMWPE textile composites using experimental and numerical methods. Textile composite …

This article presents an analysis of the effectiveness of available numerical techniques in
map** the characteristic behavior of ballistic ceramics under projectile impact conditions …

This study aims to investigate the factors that affect the abrasion of cenosphere‐reinforced
syntactic foams and assess their three‐body wear behavior using Taguchi's design of …

In the design of lightweight composite armor, it is crucial to consider the challenging
conditions of extreme environments encountered during service. This study proposes to …

The importance of inter-yarn friction to ballistic fabric has been widely investigated.
However, the couple effects of inter-yarn friction, fabric structure and number of layers have …

In this study, the comparison of the behavior of hemp/elastomeric biocomposites based on
lignin and carbon black has been investigated experimentally and numerically under the …

The present study explores the possible usage of the rubber crumb as a filler in jute-
reinforced polymer matrix composites for structural applications. The rubber crumb with …