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Journal of the Textile Institute Transactions Volume 51, 1960 - Issue 12
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Original Articles

69—TENDERNESS IN FLEECE WOOL

N. F. Roberts Division of Textile Physics, C.S.I.R.O. Wool Research Laboratories, Ryde, N.S.W.
,
J. F. P. James Division of Textile Physics, C.S.I.R.O. Wool Research Laboratories, Ryde, N.S.W.
&
V. D. Burgmann Division of Textile Physics, C.S.I.R.O. Wool Research Laboratories, Ryde, N.S.W.
Pages T935-T948 | Published online: 05 Dec 2008

Citations (20)

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Read on this site (12)

AntonF. Botha & Lawrance Hunter. (2010) The measurement of wool fibre properties and their effect on worsted processing performance and product quality. Part 1: The objective measurement of wool fibre properties. Textile Progress 42:4, pages 227-339.
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D. F. G. Orwin, R. G. Gourdie, J. L. Woods & K. G. Geenty. (1987) Measuring staple strength of New Zealand Romney and Corriedale wools. New Zealand Journal of Experimental Agriculture 15:3, pages 303-308.
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W.J. Onions, W. Oxenham & P.A. Townhill. (1977) 41—THE RAPID MEASUREMENT OF THE TENSILE PROPERTIES OF FIBRE BUNDLES PARTI: APPARATUS. The Journal of The Textile Institute 68:11, pages 370-375.
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R.N. Caffin. (1976) A Clamp for the Tensile Testing of Fibre Bundles. The Journal of The Textile Institute 67:1, pages 33-34.
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M.W. Andrews & R.A. Rottenbury. (1975) The Prediction of the Fibre Length of Wool Tops. The Journal of The Textile Institute 66:5, pages 200-202.
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J. F.P. James & L.J. Smith. (1969) 7—STEELY (LOW-CRIMP, LOW-STRENGTH) AND DOGGY (LOW-CRIMP, NORMAL-STRENGTH) WOOLS—SOME NOTES ON PERFORMANCE. The Journal of The Textile Institute 60:3, pages 85-94.
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J.D. Collins & M. Chaikin. (1966) 6—DIMENSIONAL RELATIONS IN UNSTRAINED AND STRAINED WOOL FIBRES. Journal of the Textile Institute Transactions 57:2, pages T45-T54.
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H.W. Holdaway. (1965) 11—A THEORETICAL MODEL FOR PREDICTING THE STRENGTH OF SINGLES WORSTED YARNS. Journal of the Textile Institute Transactions 56:3, pages T121-T144.
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R.L. Bratt, D.A. Ross & L.F. Story. (1964) 15—THE EFFECT OF STAPLE STRENGTH ON WORSTED PROCESSING: PART II. CARDING AND COMBING OF 58/60s. Journal of the Textile Institute Transactions 55:3, pages T165-T174.
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J. F. P. James. (1963) 38—THE THICKNESS VARIATION AND BREAKING STRESS OF WOOL. Journal of the Textile Institute Transactions 54:10, pages T420-T432.
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N.F. Roberts & E. Sebestyen. (1963) 5—THE EFFECTS ON WOOL FIBRES OF COMPRESSION FOR HIGH-DENSITY PACKAGING. Journal of the Textile Institute Transactions 54:2, pages T49-T57.
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D. A. Ross. (1961) Staple strength. New Zealand Journal of Agricultural Research 4:5-6, pages 523-537.
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Articles from other publishers (8)

A. N. Thompson & P. I. Hynd. (2009) Stress-strain properties of individual Merino wool fibres are minor contributors to variations in staple strength induced by genetic selection and nutritional manipulation. Animal Production Science 49:8, pages 668.
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P.J. Bowman, D.H. White, D.J. Cottle & A.C. Bywater. (1993) Simulation of wool growth rate and fleece characteristics of Merino sheep in Southern Australia. Part 2—Assessment of biological components of the model. Agricultural Systems 43:3, pages 301-321.
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P.J. Bowman, D.J. Cottle, D.H. White & A.C. Bywater. (1993) Simulation of wool growth rate and fleece characteristics of Merino sheep in Southern Australia. Part 1—Model description. Agricultural Systems 43:3, pages 287-299.
Crossref
D.H. White & F.H.W. Morley. (1977) Estimation of optimal stocking rate of merino sheep. Agricultural Systems 2:4, pages 289-304.
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C. J. Thwaites. (2010) The effects of short-term undernutrition and adrenocortical stimulation on wool growth. Animal Science 15:1, pages 39-46.
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A. Samson & M.A. White. (2016) A Ballistic Determination of the Toughness of Wool Staples. Textile Research Journal 40:9, pages 803-809.
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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.
Crossref
J. F. P. JAMES. (1963) Morphometry of Wool Fibres. Nature 198:4885, pages 1112-1112.
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