... Recycle cotton blends Woven fabric Fabric performance Mechanical properties Dimensional properties Recycling has become a crucial aspect of sustainable textile manufacturing. Given the environmental concerns surrounding textile waste, integrating recycled materials into yarn production offers...

... line Dimensional stability Abrasion resistance Air drag Clothing Garment Yarn Woven fabric A parachute is a device whose primary function is to maximize the drag of systems of which they form a part. It is a flexible elastic body whose inflated shapes are dependent on the flow conditions...

...Muhammad Umair; Muhammad Usman Javaid; Yasir Nawab; Madeha Jabbar; Shagufta Riaz; Hafiz Affan Abid; Khubab Shaker Purpose This paper aims to investigate the influence of picking sequence, weave design and weft yarn material on the thermal conductivity of the woven fabrics. Design/methodology...

... 16 10 2021 30 10 2021 06 12 2021 © Emerald Publishing Limited 2021 Emerald Publishing Limited Licensed re-use rights only Flame retardant Experimental Woven fabric Acrylic/cotton blend fabric Enset pseudostem sap Wash durability Central composite design Fire...

... aspects of yarn and fabric structural parameters on the behavior of surface friction of plain woven fabrics. Design/methodology/approach In this study, nine varieties of half-bleached cotton plain-woven fabrics with three weft yarn count (tex) and three weft thread density (ppc) are produced...

... monohydrate as a catalyst (Abdel-Halim et al., 2014). Composite Woven Fabric Surface Treatment β-cyclodextrin Crosslinking agent (2) R % = W − D D × 100 To evaluate the durability of β-CD, NTO and the formed compounds with or without CA on the fabrics...

... clothing Tubeless-jacket Sensor fusion Automatic activation Motorbike riders Textile Garment Intelligent system Woven fabric The motorcycle is one of the popular modes of transportation worldwide, especially in developing countries. The reasons for the popularity of these types of vehicles...

... breakages that would ultimately be detected using the drop wire system on power looms. For manual weaving, however, ensuring even tension at warp beaming as stipulated by Frimpong et al. (2017) further limits challenges at weaving that turn to affect the finish of the woven fabric. As a result...

... woollen weaving mills, where mending is used to repair imperfections that appear during different production processes. Freshly woven fabrics often have imperfections that occur during various cloth production processes which cause severe profit losses for textile manufacturers. As a result, to comply...

... proved to be rapid, accurate and reliable for quality control. Originality/value The future trends and limitations in the field of weave pattern recognition for woven fabrics have been summarized at the end of this paper. The woven pattern is an important parameter of woven fabrics and plays...

... on surface roughness of woven fabrics. A Textile Surface Tester (TST) was used in this study. For surface height variation (SHV) characterization, the standard roughness parameters described in the ISO 4287 was frequently used. During this analysis, we examined the effect of different parameters...

...Yassine Ben Salem; Salem Nasri This paper proposes the recognition and classification of three mean woven fabrics, twill, satin and plain. The proposed classifier is based on the texture analysis of woven fabric images for the recognition. In the pattern recognition phase, three methods are tested...

...Sun-pui Ng; Roger Ng; Winnie Yu In the theoretical derivation of the anisotropic model of the woven fabric, Kilby (1963) achieved the symmetric anisotropy model. Yet, in practice, the warp behavior of a woven fabric is rarely identical to the weft behavior, even in the case of plain weave fabric...