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

39—STRESS CHANGES AT CONSTANT STRAIN AND HYDROGEN BONDING IN KERATIN FIBRES

A. R. Haly C.S.I.R.O. Wool Research Laboratories, Division of Textile Physics, Ryde, N.S.W.
&
M. Feughelman C.S.I.R.O. Wool Research Laboratories, Division of Textile Physics, Ryde, N.S.W.
Pages T573-T588 | Published online: 05 Dec 2008

Citations (28)

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Read on this site (5)

B.J. Rigby, T.W. Mitchell & M.S. Robinson. (1974) Changes with time in mechanical properties of wool fibers. Journal of Macromolecular Science, Part B 10:2, pages 255-269.
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M. Feughelman. (1973) Mechanical hysteresis in wool keratin fibers. Journal of Macromolecular Science, Part B 7:3, pages 569-582.
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B.H. Mackay & J.G. Downes. (1969) 27—THE KINETICS OF WATER-VAPOUR SORPTION IN WOOL: PART II: RESULTS OBTAINED WITH AN IMPROVED SORPTION VIBROSCOPE. The Journal of The Textile Institute 60:9, pages 378-394.
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J. Banbaji, E. Alexander & M. Lewin. (1968) 16—THE CRIMP OF WOOL FIBRES AT VARIOUS REGAINS. The Journal of The Textile Institute 59:4, pages 202-206.
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A. Skertchly. (1962) 13—CRYSTAL KINETICS IN WOOL KERATIN. Journal of the Textile Institute Transactions 53:4, pages T185-T195.
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Articles from other publishers (23)

M. Ramesh, L. Rajeshkumar, D. Balaji & S. Sivalingam. 2022. Wool Fiber Reinforced Polymer Composites. Wool Fiber Reinforced Polymer Composites 299 318 .
Sima AsvadiAnna-Maria JannerEdo HultermansAmar MavinkurveKevin OrmandyHannah Southey-DavisPaula JarvisLlyr Griffith. (2012) Strain dependency in wrinkling performance of butanetetracarboxylic acid and lubricant-treated cotton fabric. Textile Research Journal 82:9, pages 899-910.
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Max Feughelman. (2002) Natural protein fibers. Journal of Applied Polymer Science 83:3, pages 489-507.
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M. Feughelman. (2016) A Model for the Mechanical Properties of the α-Keratin Cortex. Textile Research Journal 64:4, pages 236-239.
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F. -J. Wortmann. (1987) The viscoelastic properties of wool and the influence of some specific plasticizers. Colloid & Polymer Science 265:2, pages 126-133.
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J.I. Curiskis & S. De Jong. (2016) Communication to the Editor. Textile Research Journal 55:8, pages 509-510.
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M. Feughelman. (2016) Intermicrofibrillar Linkages in α-Keratin Fibers. Textile Research Journal 49:12, pages 704-709.
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G. Danilatos & M. Feughelman. (2016) The Internal Dynamic Mechanical Loss in α-Keratin Fibers during Moisture Sorption. Textile Research Journal 46:11, pages 845-846.
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A. R. Haly. (1971) Set and Hygrostress in Wool Fibers for Extensions Reached via Higher Extensions. Textile Research Journal 41:8, pages 707-708.
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A.R. Haly. (2016) Transverse Striations in Extended Wool Fibers. Textile Research Journal 40:11, pages 965-970.
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M. Feughelman & T. Mitchell. (2016) The Mechanical Similarity of “Melted” and Permanently Set Keratin Fibers. Textile Research Journal 39:10, pages 930-937.
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M. Feughelman, F. Irani & Maurine Gan. (2016) Stress Relaxation of Wool Fibers in Different Media at 96°C. Textile Research Journal 38:10, pages 1039-1044.
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G. HEIDEMANN & H. HALBOTH. (1967) X-ray Evidence of Regularly Distributed Lysine in α Keratin. Nature 213:5071, pages 71-72.
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A.R. Haly. (2016) Hygrostress in Supercontracted Wool Fibers. Textile Research Journal 35:12, pages 1131-1133.
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A.R. Haly. (2016) Hygrostress and Hookean Modulus of Modified Wool Fibers. Textile Research Journal 35:10, pages 889-895.
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M. Feughelman. (2016) "Hygrostress" in Permanently Set Wool Fibers. Textile Research Journal 35:5, pages 481-482.
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A.R. Haly & J.W. Snaith. (2016) Physical Properties of Wool Fibers at Various Regains. Textile Research Journal 35:2, pages 147-150.
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M. Feughelman & J.W. Snaith. (1964) The swelling of crystalline α-keratin by alcohols. Biochimica et Biophysica Acta (BBA) - Specialized Section on Biophysical Subjects 79:1, pages 203-205.
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A. R. Haly. (1963) Stress-strain behaviour and volume swelling of wool fibres rendered elastomeric in LiBr solution. Kolloid-Zeitschrift & Zeitschrift für Polymere 191:2, pages 105-114.
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A. R. Haly. (1963) The effect of the mechanical properties of the molecular network on the wool-water isotherm. Kolloid-Zeitschrift und Zeitschrift für Polymere 189:1, pages 43-50.
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Edward Szucht. (2016) Some Effects of Hydrogen Bonds on the Elastic Recovery and Shape of Load-Elongation Curves of Wool Fibers. Textile Research Journal 32:9, pages 710-719.
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A.R. Haly & O.A. Swanepoel. (2016) Part V: The Nature of Birefringence. Textile Research Journal 31:11, pages 966-972.
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M. Feughelman & I.C. Watt. (2016) The Physical Properties of Wool Fibers at Various Regains. Textile Research Journal 31:11, pages 962-966.
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