Bursting strength and pilling tendency are two major quality characteristics of knitted fabrics. In this study, optimum yarn twist and loop length values that make bursting strength maximum and pilling performance minimum at the same time are calculated by using the desirability function technique, a kind of multi response optimization method. Good quality solutions were obtained with reduced number of experiments needed to provide sufficient information for statistically acceptable results.
References
1.
CandanC., NergisU.B., IridagY.; Performance of open-end and ring spun yarns in weft knitted fabrics;Textile Research Journal2000, Vol. 70, pp 177–181.
2.
CandanC., ÖnalL.; Dimensional, pilling, and abrasion properties of weft knits made from open-end and ring spun yarns;Textile Research Journal2002, Vol. 72, pp 164–169.
3.
AkaydinM.; Characteristics of fabrics knitted with basic knitting structures from combed ring and compact yarns;Indian Journal of Fibre and Textile Research2009, Vol. 34, pp 26–30.
4.
KaneC.D., PatilU.J., SudhakarP.; Studies on the influence of knit structure and stitch length on ring and compact yarn single jersey fabric properties;Textile Research Journal2007, Vol. 77(8), pp 572–582.
5.
AkaydinM, CanY.; Pilling performance and abrasion characteristics of selected basic weft knitted fabrics;Fibres and Textiles in Eastern Europe2010, Vol. 18(2), pp 51–54.
6.
BeltranR., WangL., WangX.; Predicting the pilling propensity of fabrics through artificial neural network modeling;Textile Research Journal2005, Vol. 75(7), pp 557–561.
7.
ErtugrulS., UcarN.; Predicting Bursting Strength of Cotton Plain Knitted Fabrics Using Intelligent Techniques;Textile Research Journal2000, Vol. 70(10), pp 845–851.
8.
MavruzS., OgulataR.T.; Taguchi approach for the optimization of the bursting strength of knitted fabrics;Fibers and Textiles in Eastern Europe2010, Vol. 18(2), pp 78–83.
MyersR.H., MontgomeryD.C.; Response surface methodology process and product optimization using designed experiments.New York: John Wiley and Sons, 2002.
11.
MurugesanK.; Decolourization of reactive black 5 by laccase: Optimization by response surface methodology;Dyes and Pigments2007, Vol. 75, pp 176–184.
12.
DerringerG., SuichR.; Simultaneous optimization of several response variables;Journal of Quality Technology1980, Vol. 12, pp 211–219.