Extensive coverage of previous work in the area of weavability limit theories, their experimental validation, and their practical importance is reviewed. The review also includes previous work on maximum construction relationships derived empirically, as well as a comparison of different theories and empirical studies.
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References
1.
Adams, D.P., Schwartz, E.R., and Backer, S., TheRelationship between the Structural Geometry of a Textile Fabric and its Physical Properties, Part VI: Nomographic Solution of the Geometric Relationships in Cloth Geometry , Textile Res. J.26, 653-665 (1956).
2.
Ashenhurst, T.R., "Weaving and Designing Textile Fabrics," Broadbend and Co., London, 1885.
3.
Brierley, S. , Theory and Practice ofCloth Setting , Textile Manuf.58, 3-4 (1931).
4.
Brierley, S. , Theory and Practice ofCloth Setting, Textile Manuf.58, 47-49 (1931).
5.
Brierley, S. , Cloth Setting Reconsidered, III, Textile Manuf.79, 449-453 (1952).
6.
Brierley, S. , Cloth Setting Reconsidered, IV, Textile Manuf.79, 533-537 ( 1952).
Brierley, S. , Cloth Setting Reconsidered, Textile Manuf.80, 534 (1953).
13.
Brierley, S. , Cloth Setting Reconsidered: Settings of Square-Built Satin Weaves, Textile Manuf.80, 578 (1953).
14.
Brierley, S. , Cloth Setting Reconsidered, Textile Manuf.81, 45-46 (1954).
15.
Chamberlain, N.H., and Snowden, D.C., Loom Study by Means of the Cathode Ray Oscillograph, Part I: Variation in Individual Warp Thread Tension during the Weaving Cycle, J. Textile Inst.39, T23-43 (1948).
Haller, H.C., Maximum Construction Tables for Fabrics of Creslan Acrylic Fiber and Other Fibers, presented at National Meeting of AATCC , Philadelphia, PA, October 6, 1960.
20.
Love, L., Graphical Relationships in Cloth Geometry for Plain, Twill, and Sateen Weaves , Textile Res. J.24, 1073-1083 (1954 ).
21.
Painter, E.V. , Mechanics of Elastic Performance of Textile Materials, Part VIII: Graphical Analysis of Fabric Geometry, Textile Res. J.22, 153-169 (1952).
22.
Peirce, F.T. , TheGeometry of Cloth Structure, J. Textile Inst.28, T45-T112 (1937).
23.
Plate, D.E.A. , and Hepworth, K., Beat-up Forces in Weaving, Part II, J. Textile Inst.64, T233-T249 ( 1973).
24.
Seyam, A., On the Mechanics of Woven Fabrics, Doctoral thesis, North Carolina State University, Raleigh, NC, 1985.
25.
Seyam, A., and El-Shiekh, A., Mechanics of Woven Fabrics, Part I: Theoretical Investigation of Weavability Limit of Yarns with Thickness Variation, Textile Res. J.62, 389-404 (1990).
26.
Seyam, A., and El-Shiekh, A., Mechanics of Woven Fabrics, Part II: Experimental Study of Weavability Limit of Yarns with Thickness Variation, Textile Res. J.62, 447-463(1990).
27.
Snowden, D.C. , Some FactorsInfluencing the Number of Warp Breakages in Woolen and Worsted Weaving , J. Textile Inst.40, P317-P330 ( 1949).
28.
Snowden, D.C. , SomeAspects of Warp Tension, J. Textile Inst.41, P237-P249 ( 1950).
29.
Snowden, D.C. , Construction of Woven Fabrics with Particular Reference to Weave Values and Sett/Count/ Weight Calculations, Textile Inst. Ind.5, 137-140 (1967).
30.
Weiner, L.I. , and Johnston, J.E., Design Tables for Cotton Fabrics, Textile Series Report 128, U.S. Army Natick Laboratories, Natick, Massachusetts , 1971.