Projectile velocity measurement using piezoelectric pressure sensors and its comparison with radar results

High-speed impact performance has significantly expanded over the past few decades. The target response based on the impact conditions has been more difficult to visualise and evaluate. In this article, Ansys model analysis has been used to measure, visualise, and predict the projectile and target responses of Kevlar® (K) and Ramie® textile-reinforced unsaturated polyester resin (UP) matrix. The laminate thickness threshold was detected experimentally based on the highest stress intensity factor and energy release rates. Furthermore, tensile strength and bending of the laminate were found. The impact conditions have a significant impact on the target response; thus, an explicit dynamic analysis was used to visualise the impact response based on the number of target fixed supports (FSs). Two FS (2 FS) target absorbs 11% more energy than four FS (4 FS) target. Additionally, the target size has a major effect on the projectile and laminate responses, and a successful arrest of the projectile was detected in both cases. The smallest targets with 2 FS have the highest and wider response, where a successful change in the projectile trajectory was obtained.

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Projectile velocity measurement using piezoelectric pressure sensors and its comparison with radar results

Cited by 2 publications

References 10 publications

Design & Simulation of MEMS Based Shockwave Pressure Sensor for Test & Evaluation Applications

Design & Simulation of MEMS Based Shockwave Pressure Sensor for Test & Evaluation Applications

Energy absorption and impact response of ballistic resistance laminate

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