Study the Wicking Phenomena of Cotton Woven Fabrics and its Constituent Yarns: Relation between Fabric Wicking and Yarn Wicking

ABSTRACT

In this present paper, the wicking effect of cotton woven fabrics in different directions and wicking effect of its constituent yarns has been studied. Two different types of weaves have been examined to study the wicking performance. Increased fineness in yarns of ply and single structure shows lower wickability individually. However, when used in plain and twill weave samples, improvement of wicking occurs with an initial increase in yarn fineness, but further increase in fineness deteriorates the wickability of fabrics except the diagonal direction of twill design. The regression analysis has been done to show the relationship between fabric wicking and its constituent yarn wicking. Highly positive correlations between fabric and constituent yarns are observed in relation to wicking irrespective of fineness of yarns and direction of test. However, twill weave shows stronger relationship compared to plain weave.

抽象

本文研究了棉织布不同方向的吸芯效应及其成分纱线的吸芯效应. 研究了两种不同类型的编织物，以研究吸芯性能. 层和单结构纱线的细度提高，分别显示出较低的可吸度. 然而，当用于普通和斜纹编织样品时，随着纱线细度的初始增加而出现吸芯的改善，但细度的进一步增加会降低织物的吸芯性，但斜纹设计对角方向除外. 进行了回归分析，以表明织物吸芯及其成分纱芯的关系. 织物和成分纱线之间的高度正相关，无论纱线的细度和测试方向如何，都观察到与吸芯相关的相关性. 然而，与普通编织相比，斜纹编织显示出更强大的关系.

KEYWORDS:

• Yarn wicking
• fabric wicking
• capillary
• yarn fineness
• cotton
• relationship matrix

关键 字:;:

• 纱线芯
• 织物灯芯
• 毛细管
• 纱线细度
• 棉花
• 关系矩阵