Analysis and off-axis tensile characterization of air-entangled textured polyester woven fabrics depending on unit cell interlacing frequency |
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Authors: | Kadir Bilisik Oguz Demiryurek |
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Institution: | 1.Engineering Faculty, Department of Textile Engineering,Erciyes University,Talas-Kayseri,Turkey |
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Abstract: | The aim of this study is to analyze and determine the off-axis tensile properties of air-entangled textured polyester fabrics
based on unit cell interlacing frequency. For this purpose, continuous filament polyester air-entangled textured yarn was
used to produce plain, ribs and satin woven fabrics. The fabrics were cut from the warp direction (0°) to weft direction (90°)
at every 15° increment, and tensile tests were applied to those of the off-axis samples. The strength and elongation results
were introduced to the statistical model developed, and regression analyses were carried out. Hence, the effects of off-axis
loading and interlacement on the directional tensile properties of the fabric were investigated. The regression model showed
that off-axis loading influences fabric tensile strength. On the other hand, interlacement frequency is the most important
factor for fabric tensile elongation. The results from the regression model were compared with the measured values. This study
confirmed that the method used in this study as can be a viable and reliable tool. Future research will concentrate on multiaxially
directional fabric and the probability that it will result in homogeneous in-plane fabric properties. |
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