We present a new approach to yarn characterization and yarn tensile response based on fiber parameters such as strength and strain-at-break, length, and fineness. Yarn characterization is concerned with twist, linear density, and the ratio of experimental yarn unevenness to the Martindale's limit characteristic for spinning mills. Experimental strength results are compared with predicted ones on the basis of theory.
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References
1.
AggarwalS. K., A Model to Estimate the Breaking Elongation of High Twist Ring Spun Cotton Yarns, Part I: Derivation of the Model for Yarns from Single Cotton Varieties, Textile Res. J.59, 691 (1989).
BallsW. L., “Studies of Quality in Cotton,”Macmillan, London, 1928.
4.
BarellaA., Law of Critical Yarn Diameter and Twist Influence on Yarn Characteristics, Textile Res. J.20, 249 (1950).
5.
BarellaA.ManichA. M.CastroL.HunterL., A First Approach to the Study of Spinnability of Ring-Spun and Rotor-Spun Cotton Yarns, J. Textile Inst.76, 292 (1985).
6.
BogdanJ. F., The Characterization of Spinning Quality, Textile Res. J.26, 177–199 (1956).
7.
BogdanJ. F., The Prediction of Cotton Yarn Strength, Textile Res. J.37, 536–537 (1967).
8.
BrownJ. J.HowellN. A.FioriL. A.SandsJ. E.LittleH. W., Evaluation of Yarn Properties of a High Strength Interspecies Cotton, Textile Res. J.27, 332–339 (1957).
9.
DeussenH.NeuhausL., Does the Need for Finer, Stronger, Cleaner Cotton Require a New Marketing System, Cotton International, 56th Annual Edition, pp. 26–32, 1989.
10.
FioriL. A.SandsJ. E.LittleH. W.GrantJ. N., Effect of Cotton Fiber Bundle Break Elongation and Other Fiber Properties on the Properties of a Coarse and a Medium Singles Yarn, Textile Res. J.26, 553–564 (1956).
11.
HubertyA., in “IWTO, Techn. Conf. Proc, Paris,” vol. 1, 1947, p. 55.
12.
HunterL.GeeE., Correlation Between Cotton Fiber Properties of Ring and Rotor Yarn, Melliand Textilber.63, 407 (1982).
13.
HunterL., Prediction of Behaviour during Yarn Formation and of Cotton Yarn Properties Using an HVI System (in German), Melliand Textilber.69 (4), 229 (1988).
14.
MartindaleJ. G., A New Method of Measuring the Irregularity of Yarns with Some Observations on the Origin of Irregularities in Worsted Slivers and Yarns, J. Textile Inst.36, T35–47 (1945).
15.
MogahzyY. E. El., Selecting Cotton Fiber Properties for Fitting Reliable Equations to HVI Data, Textile Res. J.58, 392–397 (1988).
16.
MortonW. E., The Arrangement of Fibers in Single Yarns, Textile Res. J.26, 325 (1956).
17.
MortonW. E.YenK. C., Fiber Arrangement in Cotton Sliver and Laps, J. Textile Inst.43, T463 (1952).
NienhuisW. A., The Theoretical Minimum CB(G) Curve, J. Textile Inst.54, T309 (1963).
20.
PatelG. S.PatilN. B., Studies on Some Physical Parameters of Cotton Fibers and Their Influence on Breaking Strength, Textile Res. J.45, 168–172 (1975).
21.
RameyH. H.BeatonP. G., Relationships Between Short Fiber Content and HVI Fiber Length Uniformity, Textile Res. J.59, 101–108 (1989).
22.
RameyH. H.LawsonR.DuckettK. E.FrenchA. D., Effect of Boll Age and Mercerization on Cotton Fiber Properties, Textile Res. J.52, 250–255 (1982).
23.
SultanM. A.El-HawaryI. A., Comparison of the Properties of Open-end-spun and Ring-spun Yarns Produced from Two Egyptians Cottons, J. Textile Inst.65, 194–199 (1974).
24.
ShtutJ. J.TruevcevN. N., Elaboration of System for Automatic Design of Yarn Properties, presented to Conference IMTEX-89, Lódz, Poland, 1989.
25.
VerbeckA. A., A Statistical Method of Characterizing Spinning Quality, Textile Res. J.35, 1–14 (1965).
26.
VirginW. P.WakehamH., Cotton Quality and Fiber Properties, Part IV: The Relation Between Single Fiber Properties and the Behavior of Bundles, Slivers, and Yarns, Textile Res. J.26, 177–191 (1956).
27.
ZurekW., Spinnability of Yarn, Appl. Polym. Symp.27, 329–344 (1975).
28.
ZurekW.MalinowskiL.PlotkaE., Analytical-Technological Method of Prediction of Strength and Breaking Strain of Cotton Yarn, Bull. Tech. Univ. Lódz33, 62–73 (1976).
29.
ZurekW.FrydrychI.ZakrzewskiS., A Method of Predicting the Strength and Breaking Strain of Cotton Yarn, Textile Res. J.57, 439–444 (1987).
30.
ZurekW.ZakrzewskiS.SasM., The Microtechnology of OE Yarn as a Method of Assessing the Value of Cotton, Melliand Textilber.67, 693 (1986).
31.
ZurekW., “The Structure of Yarn,”Foreign Scientific Publications Department of the National Center for Scientific, Technical, and Economic Information, Warsaw, Poland, 1975.
32.
ZurekW., The Fibre Extent Degree in a Yarn, Bull. Politech. Lódzka21, 5 (1971).