Influence of the Elastane Fibre on the Woven Fabric Structural Mobility

Sacevičienė, Virginija; Masteikaitė, Vitalija; Klevaitytė, Ramunė; Audzevičiūtė, Inga

doi:10.5755/j01.ms.17.4.779

Cited by 8 publications

(12 citation statements)

References 4 publications

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“…used strain-stress curves, numerical and graphical results to investigate woven fabrics structure mobility. They found that deformation peculiarities of the woven fabrics depend on their structural characteristics: density, thickness, wave and presence of elastane filaments [27].…”

Section: Introductionmentioning

confidence: 99%

Analysis of the performance properties of knitted fabrics containing elastane

Eryürük

Kalaoğlu²

2016

International Journal of Clothing Science and Technology

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Purpose – Knitted fabrics containing elastane provide high level of comfort and ease of usage because of the elastic and drape properties over the body. Knitted fabrics respond to every movement of the body and return back to its original shape easily so they are used widely for apparel production. The most important properties required from the elastic knitted garments are wear comfort, fit, breathability and durability. The purpose of this paper is to analyse the effect of elastane yarn count and ground yarn count on the performance properties of 12 single jersey knitted fabrics were analysed after dying. Design/methodology/approach – The research design for this study consists an experimental study. In all, 12 fabrics containing half plating and full plating elastane were produced using 30/1-40/1 Ne yarn counts. Bursting strength, stretch recovery, residual extension, air permeability, spirality and drape properties of fabrics were evaluated. Findings – As a result of study it was found a certain effect as the elastane amount and count changed. For all types of knitted fabrics, bursting strength values increased and fabric spirality values decreased as the elastane amount and elastane yarn count increased. Also it was found a significant relationship between elastane amount and count with air permeability, spirality, bursting strength and drape. Originality/value – As a result of the literature review, it was seen that the effects of elastane amount, elastane yarn count and fabric yarn count on the performance properties of knitted fabrics has not been studied broadly.

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Section: Introductionmentioning

confidence: 99%

Analysis of the performance properties of knitted fabrics containing elastane

Eryürük

Kalaoğlu²

2016

International Journal of Clothing Science and Technology

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“…In another study on the effect of elastane draft ratio and yarn twist coefficient, it was found that the bagging fatigue of woven fabrics is reduced by using higher elastane draft and lower twist coefficient [19]. The effect of elastane fiber on the structural mobility of the woven fabrics has also been studied, and it is reported that the fabric structural mobility may be guaranteed by using elastane fibers in both fabric directions [20].…”

Section: Introductionmentioning

confidence: 99%

Effect of Elastane Denier and Draft Ratio of Core-Spun Cotton Weft Yarns on the Mechanical Properties of Woven Fabrics

Qadir

Hussain

Malik

2014

Journal of Engineered Fibers and Fabrics

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Elastane percentage in the core-spun cotton yarn of a specific linear density can be affected in two ways: either by changing the elastane denier or the draft ratio. The purpose of this study was to find out whether different mechanical properties of fabrics woven from such yarns simply depend upon the elastane percentage or whether the method of achieving a desired elastane percentage has specific effects. It was found through regression analyses that both the elastane denier and the draft ratio are almost equally important for fabric tear strength and stretchability, whereas the fabric tensile strength is predominantly influenced by the elastane denier while the fabric recovery after stretch is mainly influenced by the elastane draft ratio.

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“…Tsai et al (2002) evaluated the influence of woven fabrics' stretch properties on garment design and pattern construction. Sacevičienė, Masteikaitė, Klevaitytė, and Audzevičiūtė (2011) showed that only elastane fibers in both warp and weft directions may guarantee the high structural mobility of the woven fabric. Hassan, El-Salmawy, and Almetwally (2010) investigated some performances of cotton/spandex-woven fabrics containing spandex such as elongation, shrinkage, and extension as well as the effect of spandex ratio on these performances.…”

Section: Introductionmentioning

confidence: 98%

Optimizing the physical properties of elastic-woven fabrics using Grey–Taguchi method

Masaeli

Hasani

Shanbeh

2014

The Journal of The Textile Institute

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Present work was undertaken to study the effects of yarn, fabric, and machine parameters on crease recovery and pilling performance of woven fabrics containing the elastane yarn. In order to estimate the optimum process conditions and examine the individual effects of the controllable factors separately on a particular response, the experiments were performed according to Taguchi's experimental design. Also, to optimize the multiple process responses (crease recovery angle and pills number), Grey-Taguchi method was used. The controllable factors considered in this study are weft yarn type, fabric design, weft density, air pressure, and shed closing timing. Considering the SN ratio analysis results, it could be concluded that among the variety of factors selected in the present investigation, only weave pattern and weft density significantly affect the number of pills formed on the elastic-woven fabrics. Also, the parameter weave pattern has a significant effect on crease recovery of the elastic-woven samples.

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Influence of the Elastane Fibre on the Woven Fabric Structural Mobility

Cited by 8 publications

References 4 publications

Analysis of the performance properties of knitted fabrics containing elastane

Analysis of the performance properties of knitted fabrics containing elastane

Effect of Elastane Denier and Draft Ratio of Core-Spun Cotton Weft Yarns on the Mechanical Properties of Woven Fabrics

Optimizing the physical properties of elastic-woven fabrics using Grey–Taguchi method

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