Textile Development and Its Influence on Designers

Militký, Jiřı́; Dana, Kausik; Venkataraman, Mohanapriya

doi:10.1007/978-981-19-4827-5_1

Cited by 3 publications

(12 citation statements)

References 12 publications

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“…The textile industry is unique in that it uses hierarchical fibrous structures composed of fibers with unique properties [1,2]. These structures, which have been developed by the long-term trial/error method, are suitable for clothing applications, as they combine mechanical resistance with durability, formability, comfort during use, and easy maintenance.…”

Section: Introductionmentioning

confidence: 99%

“…Fibrous structures (prepared by textile technologies) are also increasingly being used to solve basic societal problems, such as health care and quality of life, reduction in energy needs, and efficient use of waste [3]. A new branch of "fiber engineering" is gradually emerging, which combines achievements of textile science combined with advanced textile production technologies and the functionalization of products to obtain the effects needed in various areas of the industry while preserving the unique properties of fiber structures [2].…”

Section: Introductionmentioning

confidence: 99%

“…The textile value chain, which consists of "selection of raw materials, textiles production, maintenance during use, and waste treatment at the end of life," has constantly been evolving by introducing new concepts, products, and technologies [2]. The invention of new materials, design methodologies, novel manufacturing processes, and marketing strategies has found a strong foothold.…”

Section: Introductionmentioning

confidence: 99%

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Towards Sustainable Textiles for a Safer Planet: Main Topics

Militký,

Křemenáková,

Venkataraman

et al. 2024

Sustainability

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The textile branch traditionally uses a surplus of energy, consuming an enormous amount of water, and is responsible for the deterioration of the environment. New solutions are formally focused on a circular economy with an impetus on sustainable development and a world with zero waste. In reality, the aims of circular economy often do not coincide with sustainability issues, and sustainability is, in fact, narrowed to nature-created products (especially fibers) and not renewable resources. The main aims of this article are to critically discuss sustainability aspects of fiber development, textile design, production, use, and recycling or waste treatment. It is demonstrated that despite improvements in sustainability, comprehensive solutions need focused action of specialists from different disciplines with the same target, i.e., real sustainability for a future world. New machinery for the production of textiles without limitations to their thickness is one typical example of the approach to better sustainability. One of the key issues is the selection of sustainable fibers for future textile applications. The benefits and problems of replacing synthetic fibers with natural ones are discussed in detail. The recent techniques of textile waste treatment are presented, and problems with microplastics releasing from textiles are shown.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Towards Sustainable Textiles for a Safer Planet: Main Topics

Militký,

Křemenáková,

Venkataraman

et al. 2024

Sustainability

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show abstract

“…This effect allows for manufacturing of luminous POF textiles without pre-processing of the POF or post-processing of the textile, for example, by exploiting the undulation of the POF when used as warp or weft thread in a woven fabric. 3 –5…”

mentioning

confidence: 99%

Extra thin sidelight-emitting polymer optical fiber narrow fabrics for UV structural adhesive joints: design, preparation and performance experiments

Lingemann,

Kallweit,

Pätzel

et al. 2023

Textile Research Journal

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Ultraviolet (UV) bonding technology is widely used across industries. As the curing reaction is initiated via an external light source, the use of fast-curing structural UV acrylates has so far been limited to joint designs with at least one transparent joining part. By introducing a side-emitting polymer optical fiber textile into the adhesive layer, which acts as an embedded light source, the technology can be made accessible for applications with nontransparent substrates such as metals. This paper describes the development of extra thin polymer optical fiber narrow fabrics designed to enable curing of structural adhesive joints. Polymer optical fibers (warp) were combined with different low-titer polyester weft yarns in two fabric design types with different primary out-coupling mechanisms: undulation and surface modification of the polymer optical fibers. The effect of yarn properties, thread densities and weave on fabric quality, geometry and lateral light intensity of each type were investigated. Results showed that narrow fabric production within the tight geometric limits required is feasible. Fabrics manufactured with nontextured yarns at low titers and low weft densities exhibited the highest lateral light intensities for the surface modification type fabric. To compensate for intensity loss over fabric length, investigating light coupling from both sides is recommended for this fabric type. For the undulation type fabric, the lateral light intensity characteristics indicated that the high tenacity yarns are promising candidates for the fabrication of low sidelight attenuation fabrics through modulation of the weft density.

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“…The surface speed is the analogous speed in the homogenized domain, as if the microscopic flow through the pores were uniformly dispersed on a macroscopic scale. If these parameters are unknown, experimental results are required to quantify porosity and permeability [5]. Numerical simulations can also be used to investigate fully resolved problems of voids and solid particles [6].…”

mentioning

confidence: 99%

Prediction of air permeability and effective thermal conductivity of multifilament polyester yarn by finite element analysis

Siddiqui¹,

Farooq²,

Husain³

et al. 2023

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The effective thermal conductivity and air permeability of a multifilament polyester yarn used in sports T-shirts was investigated by computer modeling using finite element analysis. It has been shown that the number of fibers, the porosity of the yarn and the proportion of fibers in the volume fraction of the yarn have a direct effect on the effective thermal conductivity and air permeability of the multifilament yarn. It was found that with the increase in the number of fibers, the porosity of the yarn decreases linearly, while the volume fraction of the fibers increases, and thus the effective thermal conductivity increases. In addition, air permeability decreases exponentially.

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Textile Development and Its Influence on Designers

Cited by 3 publications

References 12 publications

Towards Sustainable Textiles for a Safer Planet: Main Topics

Towards Sustainable Textiles for a Safer Planet: Main Topics

Extra thin sidelight-emitting polymer optical fiber narrow fabrics for UV structural adhesive joints: design, preparation and performance experiments

Prediction of air permeability and effective thermal conductivity of multifilament polyester yarn by finite element analysis

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