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Missile, fire threats investigated

机译:导弹,火灾威胁调查

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To better assess the survivability of an aircraft engine hit by an exploding warhead and fragments of a man-portable air defense system missile, or MANPADS, U.S. Air Force researchers performed static and precise dynamic missile tests resulting in three different blast pressure fields. The tests, conducted at Wright-Patterson Air Force Base, Ohio, included a missile case that contained residual rocket motor fuel. The results of the three pressure fields were collected, analyzed and used to improve the threat blast model fidelity for engine-damage simulation, which will be reflected in more accurate engine-damage predictions and assessments of aircraft vulnerability to MANPADS.
机译:为了更好地评估弹头爆炸和便携式防空系统导弹(MANPADS)碎片击中的飞机发动机的生存能力,美国空军研究人员进行了静态和精确的动态导弹测试,产生了三个不同的爆炸压力场。在俄亥俄州赖特-帕特森空军基地进行的测试包括一个装有残留火箭发动机燃料的导弹箱。收集,分析并使用了三个压力场的结果,以提高爆炸危险模型对发动机损伤模拟的逼真度,这将反映在更准确的发动机损伤预测和飞机对MANPADS脆弱性的评估中。

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