The 1 × 1 rib knitted fabric is mostly used for collar, cuff, waistband, etc. of outerwear knitted garments and it is also very popular nowadays for using as preforms of knitted composite structures. A geometrical model to predict the dimensional properties of conventionally knitted 1 × 1 rib fabric is created and given in part I of this series of papers. With the 1 × 1 rib model, relaxation mechanism and the effect of tightness on conventionally knitted 1 × 1 rib fabrics of wool are attempted to be explained (as an example of application of the model).
Van Vuure, A.W. , Ko, F.K., and Beevers, C., Net-shape Knitting for Complex Composite Preforms, Textile Res. J. 73(1), 1- 10 (2003).
2.
Alpyildiz, T. , and Kurbak, A., A Geometrical Model for the Single Pique (Lacoste) Knits, Textile Res. J. 76(11), 861-867 (2006).
3.
Amreeva, G. , and Kurbak, A., Experimental Studies on the Dimensional Properties of Half Milano and Milano Rib Fabrics, Textile Res. J. 77(3), 172-178 (2007).
4.
Araújo, M., Physical and Dimensional Properties of Cotton Interlock Fabrics, PhD Thesis , University of Strathclyde, Glasgow, UK (1978).
5.
Araújo, M., Fangueiro, R., and Hong, H., Modelling and Simulation of the Mechanical Behaviour of Weft-knitted Fabrics for Technical Applications, Part II: 3D Model Based on the Elastica Theory, AUTEX Res. J. 3(4), 166-172 (2003).
6.
Araújo, M., Fangueiro, R., and Hong, H., Modelling and Simulation of the Mechanical Behaviour of Weft-knitted Fabrics for Technical Applications, Part III: 2D Hexagonal FEA Model with Non-linear Truss Elements, AUTEX Res. J. 4(1), 25-32 (2004).
7.
Bueno, M.A., Renner, M., and Nicoletti, N., Influence of Fiber Morphology and Yarn Spinning Process on the 3D Loop Shape of Weft Knitted Fabrics in Terms of Roughness and Thickness, Textile Res. J. 74(4), 297-304 (2004).
8.
Chamberlain, J., "Hosiery Yarns and Fabrics," Vol. II, Leicester College of Technology and Commerce, Leicester, UK, p. 107 ( 1949).
9.
Choi, K.F., and Lo, T.Y., An Energy Model of Plain Knitted Fabric, Textile Res. J. 73(8), 739-748 (2003).
10.
Czigany, T. , and Karger-Kocsis , J., A Comparison of the Mechanical Behaviour of Weft-knitted Glass and Carbon Fiber Fabric-reinforced Polyamide-12 Composites Produced with Commingled Staple Yarns, Polym. Polym. Compos. 9(8), 491-497 (2001).
11.
De Jong, S., and Postle, R., An Energy Analysis of the Mechanics of Weft Knitted Fabrics by Means of Optimal Control Theory, Part II, the Plain Knitted Structure, J. Textile Inst. 68, 307 and 316 (1977).
12.
Donmez, S., and Kurbak, A., Some Investigates on Tuck Knitted Fabrics, Knitting Technol . 22(3), 12-14 (2000).
13.
Donmez, S., Some Investigates on Tuck Knitted Fabrics, MSc Thesis, Ege University, Izmir, Turkey (1996 ) (in Turkish).
14.
Doyle, P.J. , Fundamental Aspects of the Design of Knitted Fabrics, J. Textile Inst. 44, 561-578 (1953).
15.
Duhovic, M. , and Bhattacharyya , D., Simulating the Deformation Mechanisms of Knitted Fabric Composites, Compos. A Appl. Sci. Manuf. 37(11), 1897-1915 (2006 ).
16.
"First Steps to STOLL Pattern Workstation M1," Manual of Stoll, www.stoll.de.
17.
Hepworth, B. , The Dimensional Properties of 1 × 1 Rib Fabrics , Melliand Textilber. 70, 837-840/E360-E361 ( 1989).
18.
Hepworth, R.B. , and Leaf, G.A.V., The Mechanics of an Idealized Weft Knitted Structure, J. Textile Inst. 67, 241-248 (1976).
19.
Hong, H., de Araujo, M.D., Fangueiro, R., and Ciobanu, O., Theoretical Analysis of Load-extension Properties of Plain Weft Knits made from High Performance Yarns for Composite Reinforcement, Textile Res. J. 72(11), 991-995 (2002).
20.
Huang, Z.M. , Ramakrishna, S., and Tay , A.A.O., Modeling the Stress/Strain Behavior of a Knitted Fabric-reinforced Elastomer Composite , Compos. Sci. Technol. 60(5), 671-691 (2000).
21.
Huang, Z.M. , Ramakrishna, S., and Tay , A.A.O., A Micromechanical Modelling Approach to the Mechanical Properties of Textile Elastomeric Composites, Special Issue on Recent Advances of Composites in Asia and Australia, J. Soc. Mater. Sci. Jpn. 5(3), 189-195 (1999).
22.
Jeddi, A.A.A. , and Zareian, A., Ideal Model for 1x1 Rib Fabric Taking into Account Yarn Swelling: Guidelines for the Use of Ultrosonic Relaxation , J. Textile Inst. 97(6), 475-482 (2006).
23.
Khondker, O.A. , Leong, K.H., Herszberg , I., and Hamada, H., Impact and Compression After-impact Performance of Weft-knitted Glass Textile Composites, Compos . A35, 145- 157 (2004).
24.
Knapton, J.J.F. , Ahrens, F.J., Ingenthron , W.W., and Fong, W., The Dimensional Properties of Knitted Wool Fabrics, Part I: the Plain Knitted Structure, Textile Res. J. 38, 999-1012 (1968).
25.
Knapton, J.J.F. , Ahrens, F.J., Ingenthorn , W.W., and Fong, W., The Dimensional Properties of Knitted Wool Fabrics, Part II: 1 × 1, 2 × 2 Rib and Half Cardigan Structures, Textile Res. J.38, 1013-1026 (1968).
26.
Knapton, J.J.F. , and Fong, W., The Dimensional Properties of Knitted Wool Fabrics, Part V: Interlock and Swiss Double Piqué Structures; Fully-relaxed and in Machine-washing and Tumble-drying, Textile Res. J. 41, 158-166 (1971).
27.
Kurbak, A., Some Effects of Substituting a Presser Foot for Take Down Tension in Weft Knitting, PhD Thesis, Leeds University, Leeds, UK (1982).
28.
Kurbak, A., Plain-knitted Fabric Dimensions Part I, Textile Asia29(3), 34-36, 41-44 (1998).
29.
Kurbak, A., Plain-knitted Fabric Dimensions Part II, Textile Asia29(4), 34-36, 41-44 (1998).
30.
Kurbak, A., "More About the Rib Knitted Fabric Dimensions," Ugur Ofset, Konak-Izmir, Turkey ( 1995).
31.
Kurbak, A., and Yagci, A., An Investigation Upon the Dimensional Properties of Various Rib Knitted Fabrics , Tekstil ve Teknik4, 40 and 71 ( 1988) (in Turkish).
32.
Kurbak, A., Relaxation Lines of Weft Knitted Fabrics, Tekstil ve Makina2, 9 and 125 (1988) (in Turkish).
33.
Kurbak, A., and Amreeva, G., Creation of a Geometrical Model for Milano Rib Fabric, Textile Res. J. 76(11), 847-852 (2006).
34.
Kurbak, A., and Ekmen, Ö., Basic Studies for Modelling of Complex Weft Knitted Fabric Structures Part I: Creation of a Geometrical Model for Widthwise Curlings of Plain Knitted Fabrics, Textile Res. J., 78, 198-200 (2008).
35.
Kyosev, Y., Survey Over the Mechanical Modelling of Weft Knitted Structures, II, International Technical Textiles Congress, Dokuz Eylul University, Istanbul, Turkey (2005 ).
36.
Kyosev,Y., Angelova,Y., and Kovar, R., 3D Modelling of Plain Weft Knitted Fabrics of Compressible Yarns, World Textile Conference - 4th Autex Conference, Roubaix, France (2004).
37.
Leaf, G.A.V. , and Glaskin, A., Geometry of Plain-knitted Loop , J. Textile Inst. 46, T587-T605 ( 1955).
38.
Leaf, G.A.V. , Models of Plain Knitted Loop, J. Textile Inst. 51, T49-T58 ( 1960).
39.
Marmarali, A.B. , Dimensional and Physical Properties of Cotton/Spandex Single Jersey Fabrics, Textile Res. J. 73(1), 11- 14 (2003).
40.
Munden, D.L. , The Geometry and Dimensional Property of Plain Knitted Fabrics, J. Textile Inst. 50, T448-T471 ( 1959).
41.
Munden, D.L. , The Geometry of a Knitted Fabric in Its Relaxed Condition, Hosiery Times April, 43 (1961).
42.
Natkanski, K.B., The Geometry and Dimensional Properties of 1 × 1 Rib Structures, PhD Thesis, Leeds University, Leeds, UK (1967).
43.
Nergis, B.U. , and Candan, C., Properties of Plain Knitted Fabrics from Chenille Yarns, Textile Res. J. 73(12), 1052-1056 (2003).
44.
Nutting, T.S. , and Leaf, G.A.V., A Generalized Geometry of Weft Knitted Structures, J. Textile Inst. 55, T45-T53 (1964).
45.
Pierce, F.T. , Geometrical Principles Applicable to the Design of Functional Fabrics, Textile Res. J. 17, 123-147 (1947).
46.
Postle, R., The Geometry of the Relaxed Plain-knit Structure, PhD Thesis, Leeds University, Leeds, UK (1965 ).
47.
Postle, R., and Munden, D.L., Analysis of the Dry-relaxed Knitted Loop Configuration, Part I: Two- dimensional Analysis, J. Textile Inst. 58, T329-T351 (1967).
48.
Postle, R., and Munden, D.L., Analysis of the Dry-relaxed Knitted Loop Configuration, Part II: Three-dimensional Analysis, J. Textile Inst. 58, T352-T365 (1967).
49.
Postle, R., "Structure Shape and Dimensions of Wool Knitted Fabrics," Appl. Polym. Symp., No. 18, John Wiley and Sons Inc., p. 149 (1971).
50.
Postle, R., Dimensional Stability of Plain-knitted Fabrics, J. Textile Inst. 59, 65-77 (1968).
51.
Ramakrishna, S., Characterization and Modeling of the Tensile Properties of Plain Weft-knit Fabric Reinforced Composites, Compos. Sci. Technol. 57, 1-22 (1997).
52.
Semnani, D. , Latifi, M., Hamzeh , S., and Jeddi, A.A.A., A New Aspect of Geometrical and Physical Principles Applicable to the Estimation of Textile Structures: Ideal Model for Plain Knitted Loop, J. Textile Inst. 94(1), 204-213 (2003).
53.
Shanahan, W.J. , and Postle, R., A Theoretical Analysis of the Plain Knitted Structure, Textile Res. J. 40, 656-664 (1970).
54.
Shinn, W.E. , Engineering Approach to Jersey Fabric Construction , Textile Res. J. 25(3), 270-277 (1955).
55.
Smirfitt, J.A. , Worsted 1 × 1 Rib Fabrics Part I Dimensional Properties, Part II Some Physical Properties, J. Textile Inst.56, T248-T259 (1965).
56.
Suh, M.W. , A Study of the Shrinkage of Plain-knitted Cotton Fabric, Based on the Structural Changes of the Loop Geometry Due to Yarn Swelling and Deswelling, Textile Res. J. 37, 417-431 (1967).
57.
Talebi, A., Investigations Upon the Interlock Fabrics and Dimensional Analysis of the 1x1 Interlock Fabric, BSc Thesis, Ege University , Izmir, Turkey (1986) (in Turkish).
58.
Tercan, M., Asi, O., and Aktaş, A. , Determination of the Critical Length of Notched Weft Knitted Glass Fibre Variable Width Composite Plates, Compos. Struct. 77(10), 111-117 (2007).
59.
Uçar, N. , and Karakaş , H.C., Effect of Lyocell Blend Yarn and Pile Type on the Properties of Pile Loop Knit Fabrics, Textile Res. J. 75(4), 352-356 (2005).
60.
Vassiliadis, S., Kallivretaki, A., and Provatidis , C., Mechanical Simulation of Plain Weft Knitted Fabrics, Int. J. Clothing Sci. Technol . 19(2), 109-130 (2007).
61.
Yagci, A., Some Investigations Upon the Dimensional Properties of Various Rib-knitted Fabrics, MSc Thesis, Ege University, Izmir, Turkey (1986) (in Turkish).
62.
Yagci, A., An Investigation on the Thickness of Various Rib Fabrics, Tekstil Teknik60, 76-79 (1990) (in Turkish).
63.
WiseTex, http://www.mtm.kuleuven.ac.be/Research/C2/poly/ software.html (see also WeftKnit).
64.
Wolfaardt, C., and Knapton, J.J.F., Dimensional Properties of the All-wool 1 × 1 Rib Structure, J. Textile Inst. 62, 561-584 (1971).
65.
Zhangyu, F.Z. , Yanmo, C., and Hairu, L., Tensile Properties of Glass Fiber Knitted Fabric Reinforced Polypropylene Composite made from GF/PP Commingled Yarn Affected by Pre-stretching, J. Reinforced Plastics Compos . 25(5), 553-560 (2006).
66.
Zhangyu, F.Z. , Yanmo, C., and Hairu, L., Investigation on the Tensile Properties of Knitted Fabric Reinforced Composites made from GF-PP Commingled Yarn Preforms with Different Loop Densities, J. Thermoplastic Compos. Mater . 19(1), 113- 126 (2006).
67.
Grosberg, P. , "An Introduction to Textile Mechanisms," Ernest Benn Limited, London, UK ( 1968).
