Thermal Conductivity of Waste Fibers from Textile Process
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Abstract
The research investigates the thermal conductivity of three wasted fibers, namely, wasted wool from carpeting
process; wasted cotton from carding machine; and silk cocoon which is the waste from spinning process. Test specimens were prepared using cotton bag having the dimensions of l0 x l0 cm'. Nine parallel lines having one centimeter apart were sewn to divide the bag into ten stripes. The sample fiber was filled in the slots of the bag so that the fibers were held in place. The test specimens were, then, tested for basic fiber properties, air permeability and thermal conductivity properties. It was found that the average thermal conductivity properties of wasted wool, wasted cotton and silk cocoon are 0.1 Wm. degrees Fahrenheit , 0.09 Wm. degrees Fahrenheit and 0.08 Wm. degrees Fahrenheit, ewspectively.
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References
Yunus A.Cengel. Heat transfer: Singapore Singapore,International Edition,2003.pp 649-653
ตระการก้วกสิกรรมคู่มือฉนวนความร้อน.กรุงเทพๆ.นำอักษร การพิมพ์,2537.หน้า 5-29
สมช้ขอัครทิเละขวัญจิตวงษ์ชาลี,กอร์โมไดนามิกส์.กรุงเทพๆ: แมคกรอ-ฮิล, 2543.หน้า 25- 75
วิมลรัตน์ ศรีจรัสสิน,เทคโนโลยีสิ่งทอเบื้องตุ้น. กรุงเทพฯ:ดราฟ แมนเพรส,2551.หน้ 35-38
Trevor Mendham, Duvet Tog Ratings (Online), 2003-2009. Available: http://www.here-be-dreams.com/bedroom/tog
Wikipedia, Tog (unit) (Online), 2010.Available: http://en.wikipedia.org/wiki/Tog_(unit)[ ชูชัยต.ศิริวัฒน, การทำความเย็นเละการปรับอากาศ กรุงเทพๆ: สมาคมส่งเสริมเทคโนโลยี(ไทย-ญี่ปุ่น),2546. หน 219
Saville, Physical testing of textiles.Washington,DC:Woodhead publishing, 2000, pp 209-227
Booth,JE, Principles of textile testing,Newness-Butterworths,1976, pp 276
Morton, W.E. and Hearle, J.W.S., Physical Properties of Textile Fibres, The Textile Institute, 1986, pp 15