By Chokri Cherif
In this publication, specialists on fabric applied sciences show either basic and particular info on quite a few elements of fabric engineering, ready-made applied sciences, and fabric chemistry. They describe the total technique chain from fiber fabrics to varied yarn buildings, second and 3D cloth buildings, preforms, and interface layer layout. additionally, the authors introduce trying out tools, shaping and simulation innovations for the characterization of and structural mechanics calculations on anisotropic, pliable high-performance textiles, together with particular examples from the fields of fiber plastic composites, cloth concrete and cloth membranes. Readers may also be familiarized with the aptitude provided through more and more hired fabric constructions, for example within the fields of composite expertise, development know-how, protection know-how and membrane expertise.
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Additional info for Textile Materials for Lightweight Constructions: Technologies - Methods - Materials - Properties
Enhancing adhesion quality by means of surface modiﬁcation is highly relevant, as it ensures industrial usability and development of suitable textile structures. The bonding between ﬁber and matrix is the decisive criterion for the quality assessment of textile-reinforced composite materials. While a mechanical ﬁxation is usually sufﬁcient for lightly loaded composite components, dynamically and mechanically heavily loaded components deﬁnitely require a chemical bonding of the ﬁbers to the matrix.
3. This group of ﬁbers contains the largest number of ﬁber types, which are also the most common in practical applications. Some of the most important synthetic ﬁbers are polyester, polyamide, aramid, polyimide, polyurethane, polyethylene, polypropylene and ﬁber materials of the polyvinyl group. Some of these synthetically produced ﬁbers are used, for instance, as reinforcement components, thermoplastic matrixes for ﬁber-reinforced plastic composites or for the stabilization of non-rigid textile structures or crack minimization in concrete applications – Man-made ﬁbers from non-polymer materials: this includes monocrystalline and polycrystalline ﬁbers, as well as metal ﬁbers, for examples those based on steel, aluminum and tungsten.
G. weft thread or sewing thread. Yarns are categorized into spun yarns and ﬁlament yarns (Fig. 4). A spun ﬁber yarn consists of spun ﬁbers and is formed by continuous elongation of the particular ﬁber material and twisting of all or part of the ﬁbers among themselves by means of various operating principles (mechanical or pneumatic). The twisting of the yarn is ideally performed by real twisting of all ﬁbers around the yarn’s longitudinal axis. These twistings ensure a stabilization of the yarn and thus allow full utilization of the ﬁbers’ substantial strength by form-ﬁt or force-ﬁt transfer of forces between the ﬁbers.
Textile Materials for Lightweight Constructions: Technologies - Methods - Materials - Properties by Chokri Cherif