Influence of agro-cellulose fibre based yarn structure on subsequent textile transformation and end-use properties

Stanković, S.

doi:10.2298/bg20090409stankovic

Cited by 3 publications

(3 citation statements)

References 135 publications

(283 reference statements)

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“…In region 2, further increase of compression load causes small changes in thickness (volume) of the face fabric. Region 2, which is practically linear, implies lateral compression of the filaments themselves [35,44,46].…”

Section: Resultsmentioning

confidence: 99%

Structural design of face fabrics and the core as a premise for compression behavior of 3D woven sandwich fabric

Mihailović

Asanovic

Cerović

2016

Jnl of Sandwich Structures & Materials

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In this work, an experimental study on compression properties of two E-glass 3D woven fabrics, known as integrally woven sandwich fabrics, has been presented. Compression properties of 2D face fabrics and the core, as structural parts of integrally woven sandwich fabric, have also been investigated. Compression behavior of the samples (compressibility, compression work, and compressive resilience) was analyzed from the aspect of the weave design of face fabrics and the core structure (shape and density of the pile yarns). Results of the investigation showed that “8” shaped core structure, the greater surface density of the pile yarns, and the less compact structure of face fabrics ensure better compression properties of 3D fabrics. Specific weave design of face fabrics and the structure of the core significantly influence the behavior of 3D fabrics during successive increases, followed by a gradual decrease of pressure. During the loading of 3D woven structures, three regions of curves can clearly be seen compared to two regions which are registered at 2D face fabrics. Concerning 3D woven fabrics, the first region represents compression of the core, the second region is prolonged core compression and the third region refers to the simultaneous compression of pile yarns in the core and face fabrics. The density of pile yarns plays an important role in the region 1. In region 2, both the shape and density of the pile yarns are significant. Influence of the weave of face fabrics on compression behavior of 3D fabric can be noticed to a lesser extent in the region 2 and, especially in the region 3, where highly packed yarns assemblies are created.

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Section: Resultsmentioning

confidence: 99%

Structural design of face fabrics and the core as a premise for compression behavior of 3D woven sandwich fabric

Mihailović

Asanovic

Cerović

2016

Jnl of Sandwich Structures & Materials

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“…The role of various design parameters of clothing on the thermal comfort and protection provided by clothing ensemble has been the topic of scientific research for a reasonable time. For example, the effects of apertures, air gaps and reflective layers have been studied experimentally [2][3][4][5][6][7]. Manikins are generally used for such purpose.…”

Section: Innovative Design Concept For Providing Comfort In Hot Arid ...mentioning

confidence: 99%

“…Non-sensorial comfort is not only comprised thermal and moisture transmission but also includes air permeability, water repellency and water resistance. From the survey of literature, it is evident that a large number of studies are devoted to determining both sensorial and non-sensorial properties of fabrics [1][2][3][4][5][6][7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Comfort Properties of Textiles: A Review of Some Breakthroughs in Recent Research

Gokarneshan

2019

JOJMS

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The article critically reviews the recent research trends related to comfort characteristics of fabrics. The comfort properties of fabrics are of sensorial and non sensorial nature. Many researches have focussed on these aspects. Comparative studies on cotton and cotton/polyester blend fabrics woven in various designs have shown that cotton fabrics exhibit better comfort properties than their blend counterpart. Active sports wear is one area where comfort is crucial. In this regard the comfort properties of different bi layered knitted structures made from outer layer comprising of tencel yarn and inner layer of acrylic/microfiber polyester. Such an investigation is intended to largely help the researchers who are analysing the comfort characteristics of layered knitted fabrics for sports wear. Utilization of recycled polyester in the knit apparel industry is ever increasing but the characterization of knit apparel made from recycled polyester yarns is limited to mechanical and moisture management properties.

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Consumer Awareness and Textile Sustainability: Sensory Evaluation of Hemp Textiles by Consumers as a Prospective Market Research Method for New Textile Products

Stanković

2023

Sustainable Textiles: Production, Processing, Manufacturing &Amp; Chemistry

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Influence of agro-cellulose fibre based yarn structure on subsequent textile transformation and end-use properties

Cited by 3 publications

References 135 publications

Structural design of face fabrics and the core as a premise for compression behavior of 3D woven sandwich fabric

Structural design of face fabrics and the core as a premise for compression behavior of 3D woven sandwich fabric

Comfort Properties of Textiles: A Review of Some Breakthroughs in Recent Research

Consumer Awareness and Textile Sustainability: Sensory Evaluation of Hemp Textiles by Consumers as a Prospective Market Research Method for New Textile Products

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