山东纺织科技
山東紡織科技
산동방직과기
SHANDONG TEXTILE SCIENCE & TECHNOLOGY
2012年
3期
5-9
,共5页
玻璃纤维%芳纶%角连锁织物%复合材料%弯曲性能
玻璃纖維%芳綸%角連鎖織物%複閤材料%彎麯性能
파리섬유%방륜%각련쇄직물%복합재료%만곡성능
glass fiber%aramid%angle chain fabric%composite material%bending performance
文章利用多臂小样织机以玻璃纤维和芳纶为原料织造三维角连锁织物，并采用真空辅助成型法和手工成型法加工复合材料。对成型的复合材料进行弯曲性能测试，通过测试数据分析表明：织物组织结构、树脂浸透程度以及加工方法都会影响复合材料的弯曲性能。
文章利用多臂小樣織機以玻璃纖維和芳綸為原料織造三維角連鎖織物，併採用真空輔助成型法和手工成型法加工複閤材料。對成型的複閤材料進行彎麯性能測試，通過測試數據分析錶明：織物組織結構、樹脂浸透程度以及加工方法都會影響複閤材料的彎麯性能。
문장이용다비소양직궤이파리섬유화방륜위원료직조삼유각련쇄직물，병채용진공보조성형법화수공성형법가공복합재료。대성형적복합재료진행만곡성능측시，통과측시수거분석표명：직물조직결구、수지침투정도이급가공방법도회영향복합재료적만곡성능。
Three-dimensional angle Chain fabrics made from glass fiber and aramid were weaved on dobby hand sample machine. Composite materials were processed with the method of vacum assisted molding and hand lay~up molding. The bending properties of composite material were tested. The anal- ysis on the test result show that the fabric structure, degree of soaked resin and processing methods have some effect on the bending properties of molded composite materials.
