Page 297 - Handbook of Properties of Textile and Technical Fibres
P. 297

Tensile properties of cotton fibers: importance, research, and limitations  271

           Daniels HE: The statistical theory of the strength of bundles of threads. I. In Proceedings of the
               Royal Society of London. Series A, mathematical and physical sciences (1934e1990) vol.
               183(995), pp 405e435, 1945. https://doi.org/10.1098/rspa.1945.0011.
           Delhom CD, Cui X, Thibodeaux DP: Single fiber testing via Favimat. In 2010 Beltwide cotton
               conferences, New Orleans, Louisiana, January 4e7, 2010.
           Duckett KE: Surface properties of cotton fibers. Fiber science series. In Schick MJ, editor:
               Surface characteristics of fibers and textiles, Part I, NY and Basel, 1975, Marcel Dekker,
               Inc., pp 64e70.
           Earnest DW, Knowlton JL, Cowden GK, Matthews M: Relative humidity monitoring to assess
               cotton sample conditioning. In Proceedings of beltwide cotton conferences, 1997, pp
               521e526.
           El Gaiar MN, Cusick GE: A study of the morphology of cotton-fiber fracture in abrasion tests in
               relation to coefficient of friction between the fabric tested and the abradant, J Text Inst
               67(4):141e145, 1976.
           Elmogahzy YE: The benefits of using cotton fiber in comparison with synthetic fibers. In EFS
               Conf Proc, Cotton Inc.
           Elmogahzy YE: Applied statistics and quality control for engineers and manufacturers-from
               basic to advanced topics, Qual Tech, 2002, 13: 978-9770309544.
           Elmogahzy YE: Engineering textiles-Integrating the Design and manufacture of textile prod-
               ucts, Woodhead Publishing.
           Elmogahzy YE: Value reflection of Supima® cotton in critical consumer products, Supima
               Association. http://www.supima.com/view-reports/wear-testing/.
           Elmogahzy YE: The Egyptian textile and clothing industry with & without the Egyptian cotton:
               how can we rescue this industry? Annu Rep Cotton Arbitration Test Organ (CATGO),
               2016.
           Elmogahzy YE, Chewning C: Fiber-to-Yarn manufacturing technology, Cary, NC, U.S.A.,
               2001, Cotton Incorporated.
           Elmogahzy YE: Current scenarios of textile industry globally and remedial measures. In
               Presentation at international conference on “Advances in material engineering”, Czech
               Republic, December 2015, Technical University of Liberec.
           Foullc JA, McAlister DD: Single cotton fiber properties of low, ideal and high micronaire
               values, Text Res J 72:885e891, 2002.
           Frydrych I: Relation of single fiber and bundle strengths of cotton, Text Res J 65:513e521,
               1995.
           Fujino K, Kawai H, Horino T: Experimental study of the viscoelastic properties of textile fibers:
               dynamic measurements from subsonic to supersonic frequencies, Text Res J 25(722), 1955.
           Gordon S, Horne S, van der Sluijs M: Moisture in cotton e the fundamentals, Ginning & fiber
               quality series, the Australian cotton grower report. http://www.greenmountpress.com.au/
               cottongrower.
           Gould P, Seagull RW: Increasing reversal frequency in Gossypium hirsutum L. ‘MD51’through
               exogenous application of plant hormones, J Cotton Sci 6:52e59, 2002. © The Cotton
               Foundation 2002, http://journal.cotton.org.
           Hamburger WJ: Mechanics of elastic performance of textile materials: I. Development of an
               elastic performance coefficient in tension, Text Res J 18:102e113, 1948.
           Hamby D: American cotton handook (vol. 1). Interscience Publishers.
           Hansen A, Hemmer PC, Pradhan S: The fiber bundle model: modeling failure in materials,
               WILEY-VCH, ISBN 978-3-527-41214-3; November 2015.
   292   293   294   295   296   297   298   299   300   301   302