Investigation of Wear Behaviour of Sewn Assemblies of Viscose Linings  with Different Treatment

Bačkauskaitė, Dainora; Daukantienė, Virginija

doi:10.5755/j01.ms.17.2.485

Cited by 4 publications

(6 citation statements)

References 6 publications

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“…Research paper [8] of other authors illustrates that slippage of the seam formed by the sewing process is usually observed in fabrics containing higher floats of threads. Slippage of fabric threads at the seam may be defined by shifting of fabric threads due to the force applied.…”

Section: Resultsmentioning

confidence: 96%

“…The aforesaid defect results from the force acting perpendicularly to the embroidered element direction. Textile weave and final finishing have been established to make influence on slippage of threads at the seam [8]. Within the stitch of the embroidered element, the textile is compressed and due to anisotropy, under the impact of certain forces, it gets deformed.…”

Section: Introduction *mentioning

confidence: 99%

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Analysis of Shape Nonconformity between Embroidered Element and Its Digital Image

Radavičienė¹,

Jucienė²,

Juchnevičienė³

et al. 2014

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Embroidery technologies are widely applied for developing decorative elements of original design in garments, for integrating threads intended for protection into garments and other articles. Nonconformity of the shape and dimensions of the embroidered element with the designed digital image is influenced by properties of embroidery threads and fibres, by the filling type, density of stitches and other technological parameters. The objective of the paper is to explore the influence made by properties of fabrics and by the direction of stitches of the actual embroidered element on conformity of the shape with one of the designed digital image. For the research, embroidery threads of different purpose as well as three woven fabrics have been selected. For preparation of test samples, round digital images have been designed filling the embroidery area in different stitch directions. Analysis of the results of the investigations has demonstrated that the shape and dimensions of the embroidered element failed to conform to the shape and dimensions of the designed digital image in most cases. In certain cases, e.g. when the stitch direction goes towards the middle of the embroidered element, a defect, i. e. hole, is observed due to considerable concentration of stitches in the centre of the element.

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Section: Resultsmentioning

confidence: 96%

Section: Introduction *mentioning

confidence: 99%

Analysis of Shape Nonconformity between Embroidered Element and Its Digital Image

Radavičienė¹,

Jucienė²,

Juchnevičienė³

et al. 2014

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“…The plain weave raw (z) lining fabrics with different industrial finishing (dyed (d), dyed and softened (d+m), dyed and treated with non-slip finishing (d+n)) [10] and the purposely weaved non stabilized fabrics: plain weave (D), twill weave (R) and combined twill weave (KR) were investigated in this research (Table 1).…”

Section: Methodsmentioning

confidence: 99%

“…Some standard methods for the investigation of the yarn slippage at the sewn seams in the woven fabrics are known [8]. They are constantly developed, e. g. it is known, that application of standard method did not provide accurate results about the yarn slippage at the sewn seams in the lining woven fabrics and it was complemented with additional analysis of the captured images of the deformed sewn seams [9,10]. The other research works [11 -14] are committed to develop the more realistic imitation of clothing wearing conditions.…”

Section: Introduction *mentioning

confidence: 99%

The Evaluation of Yarn Slippage at the Sewn Seam in Woven Fabrics Using the New Methods

Bačkauskaitė

Daukantienė

Vaitkevičius

2013

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In the present study, the new methods for the investigation of the yarn slippage at the sewn seams in woven fabrics and for the determination of the parameters of yarn pulling out from woven fabrics were suggested. The original test methods capable to imitate similar to the real clothing wearing conditions, to evaluate the influence of external friction, of deformation method and of the position of seam allowances in respect to stitching line on the yarn slippage parameters were designed. Applying the new method based on the yarn pulling out from woven fabric with sewn seam, the analysis of the friction that occurs between warps and wefts during their sliding was done. Consequently, the behavior of the sewn seams in woven fabrics was analyzed applying the linear regression model which describes the dependence between the parameters such as: yarn pull out force F pull-out , yarn pull out displacement ε pull-out , the woven fabrics' mechanical characteristics such as: bending rigidity in warp direction B1, fabric elongation in warp direction E100-1 and yarn slippage at sewn seam parameter (seam opening d). The created three-cluster model enabled to split the investigated woven fabrics into three statistically different groups.

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“…Many studies [3 -6] shoved that the seam performance (seam strength, elongation, seam efficiency) depends on the interrelationship of fabrics, threads, the stitch and seam type selection and sewing conditions, which include the needle size, stitch density and etc. It was investigated [5] that type of fabric finishing improves wear behaviour (slippage resistance of yarns at a seam, friction) of sewn fabrics. In case of breathable waterproof fabrics, the seamed fabrics must be sealed with waterproof sealing tape to prevent water from penetration through the holes caused by stitching of needle.…”

Section: Introduction *mentioning

confidence: 99%

Investigation of Sealed Seams Properties of Moisture Barrier Layer in Firefighters Clothing

Grinevičiūtė¹,

Valasevičiūtė²,

Narvilienė³

et al. 2014

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This study presents an experimental investigation of sealed seams performance of two types of nonwoven fireproof fabrics laminated with bicomponent and hydrophilic membrane, which are used for moisture barrier layer in firefighters clothing. Seam strength in longitudinal and cross direction and resistance to water penetration were determined for investigation of quality of sealed seams with thermoplastic polyurethane tape. Determining the efficiency of sealed seams, optimal sealing parameters (temperature, sealing speed and quill pressure) were identified in order to achieve good seam performance. The experimental relations and empirical equations for the seam strength and resistance to water penetration determined in this research can be used to predict efficiency of seams quality applying different parameters of seam sealing process.

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Investigation of Wear Behaviour of Sewn Assemblies of Viscose Linings with Different Treatment

Cited by 4 publications

References 6 publications

Analysis of Shape Nonconformity between Embroidered Element and Its Digital Image

Analysis of Shape Nonconformity between Embroidered Element and Its Digital Image

The Evaluation of Yarn Slippage at the Sewn Seam in Woven Fabrics Using the New Methods

Investigation of Sealed Seams Properties of Moisture Barrier Layer in Firefighters Clothing

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