Combining Mechanical Tension with Natural-Fiber-Welding Treatments of Cellulose Yarns

Understanding the combined effect of applied tension and polymer mobilization is vital both for controlling sample contraction during "natural-fiber welding" (NFW) experiments as well as for designing scaled-up NFW processes that rely upon tension for pulling yarn and cloth stocks through...

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Bibliographic Details
Published inECS transactions Vol. 75; no. 15; pp. 669 - 676
Main Authors Fahey, Patrick J, Fox, Eric T, Durkin, David P., De Long, Hugh C, Trulove, Paul C
Format Journal Article
LanguageEnglish
Published The Electrochemical Society, Inc 01.01.2016
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Summary:Understanding the combined effect of applied tension and polymer mobilization is vital both for controlling sample contraction during "natural-fiber welding" (NFW) experiments as well as for designing scaled-up NFW processes that rely upon tension for pulling yarn and cloth stocks through a continuous treatment apparatus. A preliminary set of tests evaluated the effect of applying tension in the axial dimension during NFW treatments of yarns. These tests with a ~0.4 mm diameter two-ply linen yarn show that when compared to untreated yarn, NFW combined with tension increases Young's modulus by a factor of 1.68 while NFW alone increases Young's modulus by a factor of 1.44. Any effects of either NFW combined with tension or NFW alone were not observed with a ~0.2 mm diameter three-ply mercerized cotton yarn.
ISSN:1938-5862
1938-6737
DOI:10.1149/07515.0669ecst