Textile Progress

Van Der Sluijs M. H. J

L Hunter

綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

棉加工中的起毛形成、原因、测量、影响及减少方法综述

棉加工中的毛羽形成、原因、测量、影响及减少方法综述

棉加工中的棉结形成、原因、测量、影响及减少方法综述

Shivangi Shukla

Jaya Sharma

Omender Singh

B. K. Behera

Auxetic textiles, composites and applications

负泊松比纺织品、复合材料及其应用

Honeycomb is regarded as a valuable structural material because of its high strength, shear stiffness, high impact strength, low weight, high crushing stress, and nearly constant force to crush. It is a cellular solid, well-known as a core in creating sandwich structures for use in structural composites. Honeycombs are often utilized in the aircraft sector as the core of sandwich panels and in the automotive industry as effective impact attenuators because of their superior mechanical performance. The hollow spaces in the honeycomb structure not only reduce weight but also ensure the required strength, provided they are designed correctly. In lightweight application areas, because they offer structural integrity, 3-D woven honeycomb composites have a bright future and possess the potential to replace aluminum and other metal alloys. This issue of Textile Progress focuses on the manufacturing of 3-D woven honeycomb fabrics, their mechanical characterization, application areas, different ways of weaving honeycomb cells, and some innovations related to honeycomb-like auxetic and 3-D printed honeycomb structures.

Lekhani Tripathi

3-D woven honeycomb structures and their composites

三维编织蜂窝结构及其复合材料

Traditional steel-based reinforcements face corrosion issues that compromise the durability of concrete structures. Large concrete covers are recommended to mitigate corrosion of steel reinforcements, resulting in thicker, heavier structures with increased material consumption and costs, making them less sustainable. Textile reinforced concrete (TRC), with its corrosion resistance, high tensile strength, drapeability, formability, and lightweight nature, offers a sustainable alternative. It necessitates less concrete cover, thereby reducing costs and material consumption, making it suitable for lightweight and durable structural components. Various combinations of textile structures achieved through selective adjustments to fibre, yarn, and fabric geometry present significant potential for developing customized TRC elements. This issue of Textile Progress delves into the environmental impact of construction materials, TRC composition and manufacturing, mechanical testing techniques, and the influence of textile (yarn, braided fabric, woven fabric, knitted fabric, 3-D spacer fabric, nonwoven fabric) structural parameters on TRC behaviour. Additionally, the effects of textile coatings, filler incorporation, and discrete fibre integration on TRC properties are also explored. Overall, textile reinforcement in concrete enhances properties such as tensile strength, ductility, strain hardening behaviour, flexural strength, impact resistance, toughness, multiple cracking behaviour, and reduced crack width and spacing, whilst also bolstering resistance to environmental factors.

Nabo Kumar Barman

Someshwar S. Bhattacharya

Ramasamy Alagirusamy

Textile structures in concrete reinforcement

混凝土加固中的纺织结构

For thousands of years, wool has been a valuable fibre for humans. Today, wool remains an essential fibre in the textile industry and is suitable for a wide range of applications because of its unique properties and versatility. In addition, wool is renewable and biodegradable making it a sustainable choice for technical textiles. However, wool is susceptible to moth damage. This is caused by the moth larvae that feed on the keratin protein present in wool fibres. Therefore, mothproofing methods are necessary to protect wool products. This review aims to provide a comprehensive understanding of wool and its different applications. Wool’s chemical composition and structure are discussed in addition to its unique properties and world production. This is followed by a section that highlights the different applications of wool ranging from apparel to technical textiles as well as the numerous insect-proofing treatments of wool. A growing interest in wool powder applications has led researchers to explore various methods for its preparation. In this context, the review reports on developments in novel and emergent mechanical methods of preparing wool powder and its potential applications.

Meryem Essaket

Ilham Allam

Aicha Boukhriss

Mohamed Tahiri

Anas El Maliki

Ilham Essaket

Omar Cherkaoui

Wool: applications, insect-proofing treatments and the preparation of wool powder

羊毛：应用、防虫处理及羊毛粉制备

AbstractCosmeto-textiles are textiles that aim to enrich and address aspects of modern-day life, such as slimming by cellulite reduction, skin moisture management, energising the human body, protection from ultraviolet radiation, providing pleasant fragrance or providing anti-ageing-appearance properties. To achieve the intended outcomes, various compounds of animal, mineral, and plant origin are utilised in cosmeto-textiles and incorporated into the textile product. Cosmetic functionality can be incorporated into textiles by modifying the fibre by introducing a functional moiety into the fibre’s polymer chain, or by doping the polymer with additives before fibre extrusion, by functionalising the yarns, or by coating the fabrics or garments for example by grafting or lamination. This is commonly undertaken by the use of microencapsulation or using cyclodextrin as a cage material. The cosmeto-textiles market is expanding globally. Whilst characterisation of cosmeto-textiles has been challenging, the Europeans have taken the lead in classifying and standardising the testing of cosmetic effects of cosmeto-textiles in the same manner that cosmetic items are tested. Cosmeto-textiles may be characterised by the chemical attributes they have or by the function they undertake. Whilst the field of cosmeto-textiles remains at an embryological stage, the joint efforts of cosmetic scientists, textile engineers, biochemists, dermatologists, and life scientists are allowing for standardisation of testing and an expansion in products that can be taken through to market. This issue of Textile Progress aims to summarise the field as it currently stands.Keywords: Cellulitecontrolled releaseessential oilsmicroencapsulationskin moisturisationslimming Disclosure statementNo potential conflict of interest was reported by the author(s).

短名	Text. Prog.
Journal Impact	2.17
国际分区	MATERIALS SCIENCE, TEXTILES(Q2)

ISSN	0040-5167, 1754-2278
h-index	33

涉及主题	材料科学复合材料工程类化学业务地理考古历史制浆造纸工业计算机科学
出版信息	出版商: Taylor and Francis Ltd.，出版周期: ，期刊类型: journal，开源期刊: 否
基本数据	创刊年份: 2000，原创研究文献占比: 75.00%，自引率:4.80%， Gold OA占比: 0.00%

Textile Progress

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綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

綿加工中でのネップの形成,原因,測定,影響および減少に関するレビュー

Auxetic textiles, composites and applications

3-D woven honeycomb structures and their composites

Textile structures in concrete reinforcement

Wool: applications, insect-proofing treatments and the preparation of wool powder

Cosmeto-textiles