Deformation properties of uncured reinforcements - a reappraisal
Deformation properties of uncured reinforcements - a reappraisal
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未固化增强材料的变形特性 - 重新评估
DOI：
10.1504/ijmpt.2004.004740
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发表时间：
2004
影响因子：
0.5
通讯作者：
K. Potter
中科院分区：
文献类型：
--
作者：
K. Potter
20多年来，编织布增强材料一直是控制先进复合材料部件制造成本战略的一个组成部分。正因为如此，大量的研究工作已经到位，以模拟和模拟这种形式的钢筋的行为。本文将提出一个重新评估的编织和其他增强材料的变形性能，通过考虑的几何形状，经历了航空航天工业中的复合材料部件制造的挑战，以及需要什么样的变形性能，以手动和机械悬垂这些功能。最后，一些实验将进行审查，表明更多的可变形的钢筋可以产生，以允许更大的自动化的一些复合材料部件的形成。
For more than 20 years, woven cloth reinforcements have been an integral part of strategies to control the costs of manufacture of advanced composite parts. Because of this, a substantial research effort has been put in place to model and simulate the behaviour of this form of reinforcement. This paper will present a reappraisal of the deformation properties of woven and other reinforcements through a consideration of the sorts of geometry that are experienced as challenges to composites component manufacture in the aerospace industry; and what deformation properties are required to drape these features both manually and mechanically. Lastly, some experiments will be reviewed that indicate that more deformable reinforcements can be generated to permit greater automation of the forming of some composite components.