产业用纺织品
產業用紡織品
산업용방직품
Technical Textiles
2015年
9期
26-30
,共5页
张玉双%王红梅%赵晓明%郑振荣
張玉雙%王紅梅%趙曉明%鄭振榮
장옥쌍%왕홍매%조효명%정진영
玻璃纤维%纱线%几何结构%建模
玻璃纖維%紗線%幾何結構%建模
파리섬유%사선%궤하결구%건모
glass fiber%yarn%geometric structure%model
织物的组织结构与其性能有很大的关系。通过设计并织造了四种不同组织(二维方平组织、3/1斜纹组织、双层斜纹组织，以及三维角连锁组织)、不同厚度的玻璃纤维织物，并对它们的几何形态进行模拟。结果表明，根据纱线的物理结构参数和织物的实际照片创建织物几何模型可行，且模型能够反映纱线的空间结构。
織物的組織結構與其性能有很大的關繫。通過設計併織造瞭四種不同組織(二維方平組織、3/1斜紋組織、雙層斜紋組織，以及三維角連鎖組織)、不同厚度的玻璃纖維織物，併對它們的幾何形態進行模擬。結果錶明，根據紗線的物理結構參數和織物的實際照片創建織物幾何模型可行，且模型能夠反映紗線的空間結構。
직물적조직결구여기성능유흔대적관계。통과설계병직조료사충불동조직(이유방평조직、3/1사문조직、쌍층사문조직，이급삼유각련쇄조직)、불동후도적파리섬유직물，병대타문적궤하형태진행모의。결과표명，근거사선적물리결구삼수화직물적실제조편창건직물궤하모형가행，차모형능구반영사선적공간결구。
There was a great relationship between fabric structure and its properties. Four kinds of glass fiber fab-rics with different structures, which were the single-layer fabric of basket and twill, double twill, and three-layer interlock fabric, were designed and woven, and the geometric structures of these fabrics were simulated. The results showed that, based on the physical structure parameters of yarns and the actual photoes of fabrics, it was possible to create geometric models of fabrics, and the models could re-flect spatial structure of the yarns.
