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Register a new userComparison between properties of tricot fabrics that made from ring yarn, open end yarn & vortex yarn
مقارنة بين خصائص أقمشة التريكو المصنعة من الخيوط الحلقية و الخيوط التوربينية و الخيوط الهوائية
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ينتج عن أنظمة الغزل الحلقي و التوربيني و الهوائي خيوط مختلفة الخصائص و البنية بحيث يمتلك كل نظام حدوداً و تفاوتات خاصة من حيث الجدوى الفنية عند استخدامه و قابلية تطبيقه من الناحية الاقتصادية. و لإجراء المقارنة بين هذه الأنظمة أُْنتجت خيوط بنمرة 30Ne و بتركيب قطن 100 % و ذلك باستخدام الأنظمة المذكورة سابقاً و من ثم حيكت هذه الخيوط على آلة التريكو نوع سنكل جورسيه. وجد في أثناء عملية الغزل تقطعات متكررة في خيوط الغزل التوربيني في أثناء تشغيلها و بالمقارنة وجد أن خيوط الغزل الحلقي و خيوط الغزل الهوائي تملك أداء جيداً في أثناء تشغيلها على آلة الحياكة.
Ring, Rotor(O.E) and Air vortex spinning systems provide yarns with different structures and properties. Each system has its limitations and advantages in terms of technical feasibility and economic viabilit y Ne 30, 100%cotton yarns were produced from the above systems and knitted in single jersey machine .The Rotor Spun yarns found with frequent breakage during knitting.
References used
Angappan P, ‘Hand book on Textile Testing’ SSM Institute of Textile Technology, Komarapalayam g’ p 325- 330,1997
Anindya Ghosh, ‘Studies on structural aspects of ring rotor air jet and open-end friction spun yarns’ National conference on Emerging trends in textile, fibre& apparel engineering, Govt. college of engineering, Berhampore, West Bengal, March 2006
Aung Kyaw Soe, Masaoki Takahashi, and Masaru Nakajima, ‘Structure and properties of MVS yarns in comparison with Ring yarns and Open-End Rotor Spun Yarns’, Textile research journal, p. 819- 825,2004
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In this research, artificial neural networks, one of the most common branches of artificial
intelligence, were used to evaluate the diameter of the cotton yarn. The necessary data
were collected and practical tests were carried out. Then, an algori
thm for the artificial
neural network was established, which provides the possibility of determining the yarn
diameter from the input variables, represented by the count and twist yarn. Where after
the creation of many networks, one was selected which gave the lowest error rate.
research The aim of this is to find an explicit relationship between the strength of fibers, bundle and
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estimation of staple yarn strength, while a
voiding some difficulties of an empirical method. The effects of
important factors such as fiber length and thickness, twist and count of yarn are considered. The results
are verified by published data in Mechanical Engineering of Textile Industries and Their Technologies,
Faculty of Mechanical and Electrical Engineering, Damascus University. and also in Al-Kumasiah
company in Damascus city.
This research provides suggestions if we apply it it will help in estimating directly the yarn strength
without manufacturing and suitable testing of the yarn.
Yarn quality produced is essential to the economic success of
spinning plants. International competition and market requirements
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spirit; Human life vehicles from the feeling and the unconscious,
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theories, and to hold the texts do not tolerate, what concerns us in our
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monitoring of its manifestations in relation to the emotional birth; to get
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