Ballistic Evaluation of Body Armour for Defence Application
DOI:
https://doi.org/10.62638/ZasMat1210Abstract
Bullet-resistant jackets (BRJs) and Bullet-resistant helmets (BRHs) serve as crucial protective gear for military and law enforcement personnel, offering critical defence against ballistic threats. Various inspection and testing protocols are employed to ensure the reliability and efficacy of materials used in the construction of BRJs and bullet-resistant helmets. The study begins with an overview of the various materials commonly utilized in the manufacturing of BRJs and helmets, including aramid fibers, ceramics, and composite materials. Visual inspections aid in identifying surface irregularities and defects, while NDT techniques such as ultrasonic testing and radiography help reveal internal flaws that might compromise the integrity of the protective gear. Furthermore, the study delves into the testing procedures essential for evaluating the ballistic resistance of these materials along with addressing the importance of compliance with industry standards and certification requirements emphasizing the significance of rigorous inspection and testing protocols in maintaining the quality and reliability of materials used in the production of BRJs and bullet-resistant helmets. Implementing robust examination techniques and adhering to standardized testing procedures are imperative to ensure the safety and protection of individuals relying on this specialized equipment in high-risk environments.
Keywords:
protective gear, aramid fibers, ballistic threatsReferences
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