Publication Type:

Journal Article


Journal of Failure Analysis and Prevention, Springer New York LLC, p.1-8 (2017)



ABAQUS, Ballistic impact, Ballistics, Composite materials, High-velocity impact, Impact resistance, Plastics, Polyether ether ketones, Polyetheretherketone composites, Projectile penetration, Projectile residual velocity, Projectile velocity, Projectiles, Reinforced plastics, Thermoplastic composite, Thermoplastics, Thermoset composites, thermosets


<p>Ballistic impact-resistant materials are of interest for the past few decades. Ballistic impact is a high-velocity impact where the target material is perforated by the projectile, such as a bullet hitting on a surface. In this study, the effect of ballistic impact on thermoset composites, Kevlar–Epoxy, Carbon–Epoxy, Glass–Epoxy, and thermoplastic composite, Carbon–Polyetheretherketone, was done. Projectile residual velocity and projectile penetration depth were used to quantify the effectiveness of the composite material to resist perforation. The simulation study was done on ABAQUS-6.13. The study included preliminary fiber orientation studies and selection of the best performing composite with the most effective fiber orientation. Further, the selection of the best performing target material was done by varying target thickness and projectile velocity. In this study, high-performance Carbon–Polyetheretherketone composite showed the most impact resistance. © 2017 ASM International</p>


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Cite this Research Publication

A. S. Sundaram, Eranezhuth, A. A., Krishna, K. V. V. R., Kumar, P. K., and Dr. Sivakumar V., “Ballistic Impact Performance Study on Thermoset and Thermoplastic Composites”, Journal of Failure Analysis and Prevention, pp. 1-8, 2017.