>Although the benefits of the non-lethal kinetic energy projectiles are numerous, ther'/> A Special Collaborative Information System and Its Application in Kinetic Energy Impact
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A Special Collaborative Information System and Its Application in Kinetic Energy Impact

机译:特殊的协同信息系统及其在动能冲击中的应用

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>Although the benefits of the non-lethal kinetic energy projectiles are numerous, there is a need to assess the projectiles to assure their expected functions. In order to overcome the limitations of current research, a special collaborative information system based on Hybrid III 50th percentile male dummy (hybrid III dummy) was developed and validated to assess and predict the risk of non-lethal kinetic energy impact. Two types of non-lethal kinetic energy projectiles were used to attack the thorax region of the dummy surrogate at six levels of distance. Not only the sensors inside the dummy as a mechanics information system recorded all the kinetic energy impact measures accurately and effectively, but also other systems like acquiring and processing information system including hardware and software played their roles respectively. The acceleration response, displacement response showed consistent patterns with the kinetic energy measures. The results showed that the measurement from the special system was reliable for non-lethal kinetic energy projectiles. The maxima of displacement, viscous criterion (VC) and kinetic energy were both lower than correlative injury thresholds. Current study provided an alternative method to assess the performance of the non-lethal kinetic energy projectiles.
机译: >尽管非致命动能弹丸众多,有必要评估弹丸以确保其预期功能。为了克服当前研究的局限性,开发了一种基于Hybrid III第50个百分位男性假人(Hybrid III假人)的特殊协作信息系统,并对其进行了评估和评估,以评估和预测非致命动能影响的风险。两种非致命动能弹丸用于在六个距离级别上攻击虚拟替代物的胸部区域。假人内部的传感器不仅作为力学信息系统准确,有效地记录了所有动能的影响度量,而且其他系统(如获取和处理信息系统,包括硬件和软件)也分别发挥了作用。加速度响应,位移响应与动能测度显示出一致的规律。结果表明,该特殊系统的测量对非致命动能弹丸是可靠的。位移的最大值,粘性标准(VC)和动能均低于相关的损伤阈值。当前的研究提供了一种评估非致命动能弹丸性能的替代方法。

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