Ballistic impact mechanism is a very complex mechanical process mainly depends on the
thickness, strength, ductility, toughness and density of the target material and projectile …

In this study, the woven kenaf–Kevlar hybrid composites are prepared while vary the woven
kenaf content from 5.40 to 14.99 by volume fraction using two different arrangements …

The present study highlights the critical review of several parameters that will affect the
ballistic behavior of textile composites. Initially, the paper focusses on the projectile …

This work investigates the effect of hybridization and stacking sequence on the ballistic
impact response of S2-glass/aramid/epoxy laminates. Different laminates were …

The present study deals with the finite element analysis (FEA) of hybrid 3D orthogonal
woven composite (3DOWC) subjected to ballistic impact by a conical‐cylindrical projectile …

Temporary and permanent macromolecular conformational changes can accompany the
deformation of elastomers under high strain rate loading. Mechanical failure can occur as …

Composites based on aramid fibres are widely used to protect people and vehicles from
high-velocity impact threats. Currently, quite a lot of attention is paid to methods for …

The present paper deals with the multi-scale modelling and finite element analysis of
Kevlar/Epoxy 3D Orthogonal woven composite (3DOWC) subjected to ballistic impact by a …

High-performance Kevlar/epoxy plain woven composites are subjected to normal and
oblique impact by a conical-cylindrical projectile. A multiscale modelling method which …

This study aims to identify the influence of resin permeation on ballistic responses of fabric
laminates. According to experimental results, when the resin permeation degree was …