Abstract

Prediction of Psychological Comfort Properties of 100% Cotton Plain Woven Fabrics made from Yarns with Different Parameters

Highlights

  • Psychological comfort has received attention from manufacturers in recent years due to consumers’ demands for aesthetic value, fashionability and good clothing appearance, as factors considered in the purchase process

  • The effects of yarn count, yarn twist, strength and elongation on woven fabrics were insignificant at an F-value of 38487.969 and Sig-value (Pvalue) of 0.057 on flexural rigidity, and an F-value of Sample code F1 F2 F3 F4

  • Wrinkle recovery was significantly affected by yarn count, twist, elongation and the tenacity of yarns, respectively

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Summary

Introduction

Psychological comfort has received attention from manufacturers in recent years due to consumers’ demands for aesthetic value, fashionability and good clothing appearance, as factors considered in the purchase process. Predictions of the drape property of cotton woven fabrics were developed using multiple regression methods [4] Another researcher investigated the improvement of the crease recovery of cotton fabrics. The effect of treatments on crease recovery, and the mechanical and thermal properties of fabrics were studied. They found that the finishing of cotton fabrics with gamma irradiation demonstrated better crease recovery [6]. The bending and drape properties of woven fabrics, and the effect of weft density, weft yarn count and warp tension on these properties were investigated by Süle [10]. King and Johnston [11] studied the effect of stiffness, shear, extensibility, thickness and density on the drape coefficient

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