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Influence of Yarn Texture on the Mechanical Properties of Textile Composite Castings

机译:纱线织构对纺织复合铸件力学性能的影响

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摘要

In this research, mechanical properties of textile composite castings used for immobilizing a damaged limb have been studied. For this purpose, a fabric composite was made using a new knitted fabric and textured yarn for the first time. This composite possesses suitable mechanical properties. Mechanical and physical properties such as tensile, bending, and thickness of materials were studied. Results indicate that the use of textured yarns instead of flat yarns increases the amount of resin retainment in fabrics. Furthermore, it decreases tensile modulus and bending modulus of fabrics. Properties of the castings produced were compared with a valid commercial casting. Sample with textured warp and weft, with linear density of 1,500 den of weft, had the best physical and mechanical properties among produced samples.
机译:在这项研究中,已经研究了用于固定受损肢体的纺织复合材料铸件的机械性能。为此目的,首次使用新的针织物和变形纱制成织物复合材料。该复合材料具有合适的机械性能。研究了材料的机械和物理特性,例如拉伸,弯曲和厚度。结果表明,使用变形纱代替平纱会增加织物中树脂的保留量。此外,它降低了织物的拉伸模量和弯曲模量。将生产的铸件的性能与有效的商业铸件进行比较。经纹和经纹的样品,线密度为1,500 den纬纱,在生产的样品中具有最佳的物理和机械性能。

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