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Detection of impact defects in laminated composites by holographic interferometry

机译:通过全息干涉测量检测层压复合材料中的冲击缺陷

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The use of laminate carbon fibre composite materials has been growing in a substantial way in the last decade. Some industries like the aerospace aeronautical automotive and biomedical benefit from the introduction of new structural solutions that became possible by using these materials. However, during the life in service of the composite components the material is exposed to a great variety of external attacks. Casual impacts beat variations and water ingestion may provoke invisible degradation that can lead to a posterior collapse. For this reason the detection of eventual defects is very important and its inspection using non-destructive techniques of primordial importance. In this paper is proposed the use of holographic interferometry techniques for non-destructive detection of defects caused by low velocity impacts in laminate carbon fibre composites.
机译:在过去十年中,使用层压碳纤维复合材料的使用在巨大的方式上生长。一些行业,如航空航天航空汽车和生物医学的益处,从引进新的结构解决方案时,通过使用这些材料可以成为可能。然而,在复合部件的使用寿命期间,材料暴露于各种各样的外部攻击。休闲影响击败变化和水摄入可能会引发可导致后塌陷的无形降解。出于这个原因,最终缺陷的检测非常重要,并且使用非破坏性的原始重要性的检查是非常重要的。在本文中,提出了使用全息干涉测量技术来非破坏性检测由层压碳纤维复合材料中的低速撞击引起的缺陷。

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