The effect of knit structures with tuck stitches on fabric properties and pilling resistance

Uyanik, Seval; Topalbekiroğlu, Mehmet

doi:10.1080/00405000.2016.1269394

Cited by 41 publications

(32 citation statements)

References 5 publications

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“…More tuck stitches in successive courses increases the fabric thickness and porosity as well as fabric weight, due to increase the yarns accumulated at the tuck places. Therefore, double cross-tuck structure will be thicker, more porous and open and also heavier in comparison to cross-tuck structure [15,16]. According to obtained results, it can be concluded that the ability of the tuck stitched fabrics for heat transfer varies in the following order: double cross-tuck > cross-tuck > plain single jersey.…”

Section: Resultsmentioning

confidence: 81%

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Investigation into the effect of fabric structure on surface temperature distribution in weft-knitted fabrics using thermal imaging technique

et al. 2020

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The aim of this paper was to evaluate the surface temperature distribution in several single and double jersey weft-knitted fabrics. Plain knitted fabrics as well as those with, double cross-tuck, cross-tuck, double cross-miss, and cross-miss pattern together with plain rib and interlock structures were under consideration in term of their structural differences. In order to investigate the temperature distribution in produced samples, all the fabrics were placed on a 35 ˚C adjusted hot plate instrument and thermal images were captured by an infrared thermal camera. The results revealed that the presence of tuck stitches in single jersey weft-knitted fabrics increase the air permeability due to the increasing the fabrics' porosity, which in turn leads to decrease their thermal resistance as compared with plain knitted structure. On the other hand, addition of miss stitches in single jersey knitted structures would decrease the thickness of fabrics and improves their heat transfer ability. The obtained results, from rib and interlock knitted structures, suggested their lower heat conductivity in comparison to the single jersey knitted samples.

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Section: Resultsmentioning

confidence: 81%

“…From the previous studies, it is considered that the effect of different stitch types on physical and mechanical properties of weft-knitted fabrics have been investigated thoroughly [13][14][15][16]. But, the effect of different stitch types on heat transfer properties in weft-knitted fabrics has not been well-studied.…”

Section: Introductionmentioning

confidence: 99%

Investigation into the effect of fabric structure on surface temperature distribution in weft-knitted fabrics using thermal imaging technique

et al. 2020

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“…Властивості трикотажу пресового переплетення залежать, перш за все, від властивостей базового переплетення (гладь, ластик різних рапортів, інтерлок тощо). Так одинарні полотна з пресовими петлями мають більшу товщину, поверхневу густину та пористість порівняно з гладдю [7]. Пресовий трикотаж на базі гладі менш розтяжний ніж базовий унаслідок наявності накидів і пресових петель, які зорієнтовані у напрямку розтягування: вздовж петельного ряду і петельного…”

Section: науковий пошукunclassified

Вплив Кількості Пресових Петель На Властивості Подвійного Трикотажу

Кизимчук¹,

Буряк²,

Головня³

2019

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The establishing of the influence of the number of took loops in the repeat of combined interloping on the structure`s parameters and the properties of the weft knitted fabric, which is formed by alternating courses of rib 1 + 1 and half-cardigan, is the purpose of the work. All knitted samples have been produced on a 10-gauge flat bed knitting machine from 32x2 tex semi-wool yarn. Methodology. The study of the structure`s parameters and the relaxation characteristics has been carried out according to standard methods after providing the fabrics with conditionally equilibrium state by wet-heat treatment.

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“…Guan et al [9] applied the back-propagation neural network (BPNN) to achieve high-precision classification of pilling fabric images. Uyanik et al [10] studied the relationship between the pilling and fabric knit construction. However, there is a very limited evaluation for the fluffing state of the fleece fabrics.…”

Section: Introductionmentioning

confidence: 99%

A Practical Method for Detecting Fluff Quality of Fabric Surface Using Optimal Sensing

Jin

Lin

Bie

et al. 2020

ELEKTRON ELEKTROTECH

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The raising process has been widely used in manufacturing fabric productions. After raising the surface of the fabric, productions are covered with a fluff layer. The quality of the fabric surface is often valuated by the fluffing type. In order to objectively assess the fluff quality of the fabric surface, an optimal sensing method is proposed in this paper. The fluff contour image was firstly collected by the light-cut imaging device. Then, the fluff region was segmented by the adaptive image segmentation method, the contour coordinates of the fabric were extracted using the freeman chain code and constructed in the form of the binary image. Lastly, a back-propagation neural network (BPNN) was used to learn the relationship between the contour coordinates and the fluff quality. On this basis, a practical fabric fluff detection platform was developed based on the optimal sensing technique. Experimental tests were conducted to evaluate the performance of the proposed method in detecting the fluff quality with four different colours and different fluffing processes. Furthermore, the actual fabric inspection was carried out. The detection correct rate can reach 94.17 %, which can meet the practical production requirement.

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The effect of knit structures with tuck stitches on fabric properties and pilling resistance

Cited by 41 publications

References 5 publications

Investigation into the effect of fabric structure on surface temperature distribution in weft-knitted fabrics using thermal imaging technique

Investigation into the effect of fabric structure on surface temperature distribution in weft-knitted fabrics using thermal imaging technique

Вплив Кількості Пресових Петель На Властивості Подвійного Трикотажу

A Practical Method for Detecting Fluff Quality of Fabric Surface Using Optimal Sensing

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