Effect of constructional parameters of three- dimensional honeycomb fabric on their physical and comfort properties | ||
| International Design Journal | ||
| Article 30, Volume 7, Issue 4 - Serial Number 24, October 2017, Pages 343-351 PDF (521.7 K) | ||
| Document Type: Original Article | ||
| DOI: 10.12816/0044500 | ||
| Authors | ||
| Hayam Demerdash Al-Ghazali1; Hanan Abdullah Abdul Rahman Al-Amoudi2 | ||
| 1Professor of Assistant Clothing and Textile, Faculty of Qualitative Education, Tanta University | ||
| 2College of Art and Design, Department of Fashion Design, King Abdulaziz University | ||
| Abstract | ||
| Tissue during bees is one of the three-dimensional cellular tissue structures with deep square cells similar to beehives. This type of fabric is very versatile as it is used as bathroom and kitchen towels, table mats, small carpets, blankets, and jackets. It can also be used for various applications such as floor coverings, medical textiles, and air filters. In this paper, the physical, mechanical, comfort, and chromatic properties of three types of three-dimensional beehive tissue are studied. The three samples examined differ in the densities of warp and weft threads, and differ to some extent in the tiger threads woven from them. Statistical analysis (one-way analysis of variance) was used to find the significant differences between the three samples studied. This study showed that the warp strand is the dominant factor in controlling the properties of this type of 3D tissue more than the effect of warp and weft density. Therefore, it is clear from the results of this study that the cloth sample with a tissue composition of bee cells woven from thick strings is the best at all, especially with regard to its mechanical properties and the characteristics of gloved comfort (air permeability and thermal insulation coefficient) while the cloth samples have thin tiger strings as they have higher color properties than Other similar samples are under study. | ||
| Keywords | ||
| Honeycomb Weaves; Woven Fabrics; Fabric Comfort; Physical Properties; Air Permeability; Thermal Resistance | ||
| References | ||
|
1- أحمد على سالمان ، أسماء الشعراوى : معجم المنسوجات الثقافى Culture Textile Dictionary . مکتبة ناسى ، دمیاط 2016. 2- الطنطاوی، سمیر أحمد ومحمد، رشاد (2013): "تحسین خواص الأداء الوظیفی والجمالی لأقمشة المفروشات استخدام خیوط مزویة زخرفیة من الکتان والبولی اکریلک"، المؤتمر السنوی (العربی الثامن – الدولی الخامس) استشراف مستقبلال التعلیم فی مصر والوطن العربی رؤى و استراتیجیات ما بعد الربیع العربی، 10-11 ابریل، ص441-457. 3- شهبة، عفاف و الصعیدی، هناء و رضوان جمال (2007): "تأثیر بعض الاسالیب التطبیقیة للنقشة العادیة على الخواص الطبیعیة والمیکانیکة لأقمشة المفروشات"، مجلة علوم وفنون، المجلد التاسع عشر، العدد الثالث، یولیو، ص 119-133. 4- Alsaid Ahmed Almetwally, M. M. Mourad , Ali Ali Hebeish and Mohamed A. Ramadan. Comparison Between Physical Properties of Ring-Spun Yarn and Compact Yarns Spun from Different Pneumatic Compacting systems. Indian Journal of Fibers and Textile Research, 40, March 2015, 43-50. 5- Alsaid Ahmed Almetwally & M.M. Mourad . Effects of spandex drawing ratio and weave structure on the physical properties of cotton/ spandex woven fabrics. The Journal of The Textile Institute, Vol. 105, No. 3, 235–245, 2014. 6- Alsaid Ahmed Almetwally, Hatim M.F. Idrees & Ali Ali Hebeish . Predicting the tensile properties of cotton/ spandex core-spun yarns using artificial neural network and linear regression models. The Journal of The Textile Institute, Vol. 105, No. 11, 1221–1229, 2014 7- Alsaid A. Almetwally and Mona. M. Salem. Comparison between Mechanical Properties of Fabrics Woven from Compact and Ring Spun Yarns .AUTEX Research Journal, 10 (1), March 2010. 8- Cay, Ahmet, R. Atrav, and Kerim Duran. "Effects of warp-weft density variation and fabric porosity of the cotton fabrics on their colour in reactive dyeing." Fibres & Textiles in Eastern Europe 1 (60) (2007): 91-94. 9- Droste, Reinhard. "Bullet-proof vest or the like." U.S. Patent No. 4,584,228. 22 Apr. 1986. 10- Garbarino, Gwendolyn Mary. "Yoga towel." U.S. Patent No. 8,631,833. 21 Jan. 2014. https://www.google.com/patents/US8631833 11- Jinlian HU(2004): "Structure and mechanics of woven fabric", Woodhead Publishing Ltd. 12- Lord, P. R., & Mohamed, M. H. (1992). Weaving-conversion of yarn to fabric. Leeds: Merrow 13- Theisen, Marc S. "Geotextile fabric woven in a waffle or - honeycomb weave pattern and having a cuspated profile after heating." U.S. Patent No. 5,616,399. 1 Apr. 1997. 14- https://www.google.com/patents/US5616399 15- Xiao, Xiao, et al. "Geometrical modeling of honeycomb woven fabric architecture." Textile Research Journal 85.16 (2015): 1651-1665. 16- http://journals.sagepub.com/doi/abs/10.1177/00405175145487 17- Xiao, et al. "Transfer and mechanical behavior of three-dimensional honeycomb fabric", Textile Research Journal 85.12 (2015): 1281-1292. | ||
|
Statistics Article View: 362 PDF Download: 362 |
||
