Flexural bending fatigue of raw, mercerized, and sodium chlorite (Textone) bleached jute fiber was studied. Mercerized jute fiber could withstand a greater number of flex cycles before rupture compared to raw jute, while the modal height of the fatigue cycle histogram showed a sharp fall with bleaching of jute fibers.
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References
1.
Aboul-Fadl, S.M., Zeronian, S.H., Kamal , M.M., Kim, M.S., and Ellison, M.S., Effect of Mercerization on the Relation Between Single Fiber Mechanical Properties and Fine Structure for Different Cotton Species, Textile Res. J.55, 461-469 (1985).
2.
Chauhan, R.S. , Shah, N.M., and Dweitz, N.E., TheFlexural Binding Fatigue of Single Cotton Fibres, J. Textile Inst.71, 18-29 (1980).
3.
Chapman, B.M. , TheBending Stress-Strain Properties of Single Fibres and the Effect of Temperature and Relative Humidity, J. Textile Inst.64, 312-327 (1973).
4.
Dasgupta, P.C. , Sardar, D., and Mazumdar, A.K., Chemical Retting of Jute, Food Farm Agr.8, 7 (1976).
5.
Kamal, M.M., Zeronian, S.H., Ellison, M.S., and Hyer, A.H., Selected Single Fiber Mechanical Properties of Different Gossypium Barbadense Cotton Varieties, Textile Res. J.54, 343-350 (1984).
6.
Khayatt, R.M. , and Chamberlain , N.H., TheBending Modulus of Animal Fibres, J. Textile Inst.39, T185-T197 ( 1948).
7.
Thomson, R.H.K. , and Traill, D., TheBending Fracture of Fibres, J. Textile Inst.38, T43-T49 ( 1947).