By Xiaogang Chen
Advances in 3D Textiles provides the newest advances within the construction of third-dimensional fibrous constructions and the way their use has led to the construction of novel materials and purposes. The textual content covers a variety of cloth varieties, together with their constructions, homes, and makes use of within the textiles undefined.
Beginning with many of the forms of woven third-dimensional materials, the textual content then examines 3D knitted, braided, and non-woven textiles, and the most purposes and makes use of of third-dimensional textiles.
- Presents the newest advances within the creation of third-dimensional fibrous buildings and the way their use has ended in the construction of novel materials and applications
- Examines many sorts of three-D textiles, together with knitted, braided, and non-woven textiles, and the most makes use of of 3-dimensional textiles
- Covers their constructions, homes, and makes use of in the textiles industry
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Extra info for Advances in 3D textiles
Extreme Textiles. Cooper-Hewitt Museum, New York, NY, p. 54. , 2005b. Textiles: fiber, strudtue and function. In: McQuaid, M. ), Extreme Textiles. Cooper-Hewitt Museum, New York, NY, p. 51. , 2010. Bridges made from 3D textile reinforced composites. Report to Blackburn Fraser Ltd. Available from TexEng Software Ltd. , 1996. Automatic generation of weaves for the CAM of 2D and 3D woven textile strustures. J. Text. Inst. 87, Part 1, 356–370. , 2012. 3D Fabrics for composite bridges. In: FRP Bridges Conference, London.
1 Examples of woven 3D fabrics. 1 illustrates various forms of 3D woven fabrics, solid with uniform thickness, solid shaped, hollow, multifaceted and domed. Many more complicated forms, such as T or I beams, can be made. Weaving can be regarded as the mainstream route to 3D composite preforms. The design of 3D weaves is more complicated than for 2D weaves, but a program, Weave Engineer, based on mathematical principles by Chen et al. (1996), is available from TexEng Software Ltd. It is easy to use in a series of steps.
2 (a and b) Weave design and structure for orthogonal interlock. (c) Hollow structure. 3 (a) Braiding over a mandrel. (b) Four-step solid braid. (c) Two-step braiding. 4 (a) 3D tubular braid with components of yarn paths in axial, circumferential and radial directions. (b) Design for an I-beam. From left to right: yarn paths; black yarn path following horn gears; horn gears. From Hamada (2012). Developments by Professor Hamada (2012) at Kyoto University have been commercialised. 4(a) shows Hamada’s structure of a tubular braid with binder yarns going through several layers of thickness.