3D Textile Reinforcements in Composite Materials by A Miravete

By A Miravete

Laminated composite fabrics were used because the Sixties for structural functions. this primary iteration of fabrics have been winning as a result fabrics' excessive stiffness and energy functionality. The goals of this ebook are to explain the producing strategies, to focus on the benefits, to spot the most purposes, to examine the tools for prediction of mechanical homes and to target the most important technical points of those fabrics which will realize how higher to use their features and to beat their risks with regards to the laminated composite materials.

This publication covers many parts with regards to three-D cloth cloth applied sciences, and production is handled as a key factor. Theoretical elements of micro- and macromechanics are coated extensive, in addition to houses and behavior. particular suggestions together with braiding, sewing and knitting are defined and in comparison that allows you to overview the main appealing configurations on hand for the time being. current and destiny purposes and developments are defined to demonstrate that 3D textiles are a part of the genuine business international not just this present day yet the next day in addition.

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Extra resources for 3D Textile Reinforcements in Composite Materials

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34. , ‘Toughening of SiC/LASIII ceramic composites by hybrid 3-D fiber architecture’, paper presented at ICCM-7, 1989. 35. F. , ‘Analysis of woven fabrics for reinforced composite materials’, NASA Contract Report 178275, 1987. 36. W. , ‘Structure–performance maps of polymeric metal and ceramic matrix composites’, Metallurgical Transaction A, 17A, 1547–1559, 1986. 37. , Lei, C. , ‘A fabric geometry model for 3-D braid reinforced FP/Al-Li composites’, paper presented at ‘Competitive © 1999,Woodhead Publishing Ltd 42 38.

The linear fibers and the fibers that make up the 3-D fiber network can be from the same material family but differ in diameter or bundle size. Alternatively, the two material systems can be quite different, each contributing unique properties such as strength, stiffness and thermal stability to the composite structure. To demonstrate this geometric/material hybrid concept, let us examine three examples, polymer matrix composites (PMC), metal matrix composites (MMC) and ceramic matrix composites (CMC), wherein different proportions of linear fibers were placed in a 3-D braided fiber network.

It is shown that the most significant mass reductions can be achieved using carbon fibres and a nonisotropic fibre reinforcement, as required by the respective loads. When comparing quasi-isotropic composites with metals, one will find that mass savings of more than 30% compared with aluminium, and 60% compared with steel are feasible. Nevertheless, this comparison is based on ‘idealized’ laboratory-scale values determined under the following conditions: unidirectional reinforcement, high fibre volume fraction (60%), tensile load, no fibre undulation and no delaminations.

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