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Manufacture, performance & applications of 3-D orthogonal woven fabrics

机译：3-D正交机织织物的制造，性能和应用

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A novel process invented at the North Carolina State University College of Textiles in the early 1990s has been extensively commercialised. Paper presented to the 84th Textile Institute Annual World Conference. Textile composites, i.e., composites fabricated using reinforcements made with textile preforming processes, combined with cost-effective composite fabrication such as resin infusion, are being researched and developed at an ever increasing pace. The form and architecture of the fibrous reinforcement is perhaps the single most important component determining both the performance and cost in a textile composite material. The increasing interest and use of textile composites, particularly 3D textile composites, is attributed to two factors - improved performance due to controlled fibre distribution, and lower cost through the use of automated textile processing equipment.
机译：在1990年代初期，北卡罗来纳州立大学纺织学院发明了一种新颖的工艺，现已广泛商业化。论文提交给第84届纺织学会年度世界会议。纺织品复合材料，即使用由纺织品预成型工艺制成的增强材料制造的复合材料，再加上具有成本效益的复合材料制造工艺，例如树脂灌注，正在得到不断发展的研究和开发。纤维增强材料的形式和结构可能是决定织物复合材料性能和成本的最重要的单个组成部分。纺织复合材料，尤其是3D纺织复合材料的兴趣和使用的增加，归因于两个因素-由于控制了纤维分布而提高了性能，以及通过使用自动化纺织加工设备降低了成本。

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