Flexural property of lyocell/ramie/wool/acrylon in single-fiber axial compression bending test
Using FICBA (Fiber Compression Bending Apparatus), it is possible to measure the single fiber flexural property without the interference between fibers. In the experiment, the bending properties of the four fibers, namely Lyocell, ramie, wool and acrylon, which are thought to cause prickle problem usually, were evaluated under single-fiber axial compress bending test. We quantified the bending properties of single fiber with the calculation of the equivalent bending modulus (E<,B>) and flexural rigidity (R<,B> =E<,B>I) by measuring protruding length, fiber diameter and the critical force (P<,cr>) in force (F)-displacement (D) curves. By comparison, it is found from the F-D curves that the axial compressing behaviours of these fibers above mentioned have the similar shape of F-D curves. However, there is existent obvious difference on the equivalent bending modulus between fibers like wool and cellulose fibers or regenerative cellulose fibers. By the analysis of results, the fibers like Lyocell and ramie, whichhave big equivalent bending modulus, are easier to cause prickle problem. The slick interface between fibers plays an important role in evaluation of the fabrics stiffness.
flexural property lyocell ramie wool acrylon bending test
Wang Ke Liu Yuqing Yu Weidong
Textile Material and Technology Lab, Donghua University, Shanghai 200051 ,China
国际会议
2006中国国际毛纺织会议暨IWTO羊毛论坛(2006 China International Wool Textile Conference & IWTO Wool Forum)
西安
英文
119-122
2006-11-19（万方平台首次上网日期，不代表论文的发表时间）