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Laser Substitute Manual Work Automated Repair of Carbon Fiber-Reinforced Plastics

机译:激光替代手动工作自动修复碳纤维增强塑料

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摘要

Carbon fiber-reinforced plastics(CFRP) have become increasingly established in lightweight construction. It is used extensively,especially in aviation. Modern aircraft already have a structural weight percentage of over 50% CFRP. In addition to secondary structures,this material is also found in more and more load-bearing primary structures. The increasing need for CFRP has led to increasing production. However,the pro-duction of CFRP components is prone to errors and often reguires rework. So far,this has been carried out mainly by hand. However,it reguires gualified personnel and takes time. For this reason,automated processes should be used in many cases.
机译:碳纤维增强塑料(CFRP)在轻质结构中越来越多地建立。 它广泛使用,特别是在航空中。 现代飞机已经具有超过50%CFRP的结构重量百分比。 除了二次结构之外,还在越来越多的承载主要结构中找到该材料。 CFRP的不断增加导致了增加的产量。 然而,CFRP组件的PRO-Durcult易于出错并经常恢复返工。 到目前为止,这主要通过手工进行。 但是,它恢复了Gualified人员,需要时间。 因此,在许多情况下应该使用自动化进程。

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