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STRUCTURAL HEALTH MONITORING: INNOVATIVE APPLICATION FOR STRUCTURAL MATERIAL SYSTEMS

机译:结构健康监测:结构材料系统的创新应用

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Future aircrafts will be manufactured out of new and innovative materials and will be assembled by fast and economic assembling technologies. Nevertheless conventional materials will play a role in future design philosophies, as well. In order to take the benefit from all relevant material technologies and also new assembling technologies new innovative inspection and monitoring technologies need to be developed and implemented. Today's Non-Destructive Inspection (NDI) technologies are limited due to the inspection can only be carried out if an access to the area to be inspected exits. Only during maintenance checks this can be ensured in most cases. So a continuous or more often inspection is not possible due to economic reasons. The uses of Structural Health Monitoring (SHM) technologies for future aircraft will not only enable new possibilities for maintenance concepts, but will have a big influence on design concepts and assembling technologies. SHM is aimed to be one of the key technologies to control the structural integrity in future aircrafts providing both maintenance and weight saving benefits.
机译:未来的飞机将由新的和创新的材料制造,并通过快速和经济的组装技术组装。尽管如此,传统材料也将在未来的设计哲学中发挥作用。为了从所有相关材料技术中获益,还需要开发和实施新的组装技术新的创新检验和监控技术。今天的非破坏性检查(NDI)技术受到限制,因为检查只能进行待检查区域的地区。只有在维护期间检查,在大多数情况下都可以确保这一点。因此,由于经济原因,不可能连续或更常见的检查。结构健康监测(SHM)技术用于未来飞机的用途,不仅能为维护概念的新可能性,而且对设计概念和组装技术产生了很大影响。 SHM旨在成为控制未来飞机结构完整性的关键技术之一,提供维护和体重效益。

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