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Burst pressure reduction of various thermoset composite pressure vessels after impact on the cylindrical part

机译:冲击圆柱形零件后各种热固性复合压力容器的爆裂压力降低

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The study addresses the residual burst pressure of composite cylinders after mechanical impacts on their cylindrical part. More than 200 impact tests results on actual cylinders are gathered and a comprehensive analysis is performed; covering a wide range of cylinders characteristics (volume, pressure, liner material, geometry, manufacturer...) and testing conditions (facilities, inner pressure, impact energy...). Despite such wide range of different conditions, a common behaviour of the four models of cylinders tested is evidenced. After normalisation using composite cylinders' characteristics, a common energy threshold is found for burst pressure reduction. It is believed such result can provide useful guidelines for the calibration of non destructive examination of composite cylinders and help ensuring a safe use with optimised criteria for rejections. (C) 2016 Elsevier Ltd. All rights reserved.
机译:该研究解决了复合材料圆柱体在受到圆柱体撞击后的残余爆破压力。收集了200多个对实际气缸的冲击测试结果,并进行了综合分析;涵盖各种气缸特性(体积,压力,衬里材料,几何形状,制造商...)和测试条件(设施,内部压力,冲击能...)。尽管存在如此广泛的不同条件,但已证明四种测试气缸的常见行为。使用复合材料气瓶的特性进行归一化后,可以找到一个通用的能量阈值来降低爆裂压力。相信这样的结果可以为复合材料圆柱体的非破坏性检验的校准提供有用的指导,并有助于以优化的剔除标准确保安全使用。 (C)2016 Elsevier Ltd.保留所有权利。

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