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Original Articles

11—A THEORETICAL MODEL FOR PREDICTING THE STRENGTH OF SINGLES WORSTED YARNS

Pages T121-T144 | Received 06 Jan 1963, Accepted 06 Oct 1964, Published online: 05 Dec 2008

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Read on this site (7)

Debasis Chattopadhyay, Arijit Chakraborty & S. M. Chatterjee. (2023) Microstructural Characteristics of Eri Silk Fibre in Different Layers of Cocoon. Journal of Natural Fibers 20:1.
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P.R. Lamb, L. Wang & X. Wang. (2010) Twist distribution in staple fibre yarns. The Journal of The Textile Institute 101:4, pages 293-303.
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X. Shao, Y. Qiu & Y. Wang. (2005) Theoretical modeling of the tensile behavior of low-twist staple yarns: Part II – theoretical and experimental results. The Journal of The Textile Institute 96:2, pages 69-76.
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MoonW. Suh. (1994) Improving Textile Product and Process Qualities: Failure Mechanisms and New Directions for the Future. The Journal of The Textile Institute 85:4, pages 476-483.
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C.J. van Luijk, A.J. Carr & G.A. Carnaby. (1985) 3—THE MECHANICS OF STAPLE-FIBRE YARNS PART II: ANALYSIS AND RESULTS. The Journal of The Textile Institute 76:1, pages 19-29.
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P. Grosberg & P.A. Smith. (1966) 3—THE STRENGTH OF SLIVERS OF RELATIVELY LOW TWIST. Journal of the Textile Institute Transactions 57:1, pages T15-T23.
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H.W. Holdaway & M.S. Robinson. (1965) 14—STRENGTH AND EXTENSIBILITY OF SINGLES WORSTED YARNS AS DETERMINED BY TWIST, LINEAR DENSITY, AND WOOL FINENESS. Journal of the Textile Institute Transactions 56:4, pages T168-T178.
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Articles from other publishers (9)

R. Ognjanovic. 2010. Modelling and Predicting Textile Behaviour. Modelling and Predicting Textile Behaviour 112 143 .
David G. Phillips. (2008) Torque Due to Applied Tension in Ring-spun Yarns. Textile Research Journal 78:8, pages 671-681.
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Takashi Komori. (2016) A Generalized Micromechanics of Continuous-Filament Yarns. Part I: Underlying Formalism. Textile Research Journal 71:10, pages 898-904.
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Emel Önder & Güngör Baser. (2016) A Comprehensive Stress and Breakage Analysis of Staple Fiber Yarns. Textile Research Journal 66:9, pages 562-575.
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J.H. Brooks, U.K. Das & L.J. Smith. (2016) Effect of Lubrication on Tensile, Frictional, and Weaving Properties of Sirospun Wool Yarn. Textile Research Journal 59:7, pages 382-388.
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James L. WhiteC. C. ChengKermit E. Duckett. (2016) An Approach to Friction Effects in Twisted Yarns. Textile Research Journal 46:7, pages 496-501.
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C.C. ChengJoseph L. CowartBobby L. McgillJoseph E. SpruiellJames L. White. (2016) Scanning Electron Microscopy Study of the Deformation of Staple Yarns: Cotton, Polyester, and Cotton-Polyester Blends. Textile Research Journal 45:5, pages 414-418.
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H. W. Holdaway. (2016) A “Wisp” Test for Mechanical Properties of Raw Wool. Textile Research Journal 39:3, pages 228-233.
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J.W.S. Hearle. (2016) Theoretical Analysis of the Mechanics of Twisted Staple Fiber Yarns. Textile Research Journal 35:12, pages 1060-1071.
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