**7. References**


http://www.cs.arizona.edu/patterns/weaving/webdocs/gre\_bol{1,2,3}.pdf.


manufacturing during design stage can be eliminated now. Moreover, the problem of running out of inspiration for a designer can be solved through the system's assistance as well. With the assistance of the developed integration system proposed in this study, the integration between design division and production one can be achieved. Thus, the

Ahmad, N. ; Tanaka, T. & Saito, Y. (2011). Optimization of multipass turning parameters by

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*Technology*, EMEIT, Volume 6, 2011, Article number 6023661, pp. 2928-2930 Deiab, I.M.& Al-Ansary, M.D.R. (2007). GA based optimization of manufacturing cycle cost,

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competence of an enterprise can increase in the mean time.

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Available from

*Technology*, Vol. *17*, pp. 100-108


**3** 

*Korea* 

**The Physical Properties of Woven Fabrics** 

Many efforts for making good quality fabrics for emotional garment have been performed by SME weavers and finishers. And weaving machinery companies are researching about loom mechanism applied by low warp and filling tensions and loom mechanism for good quality fabrics. The fabric defects complained by garment manufacturers are stop marks, streaky phenomena on the warp direction, thickness variation and color differences between edges on the right and left sides of the fabrics, which are partly due to the tension variation of warp and filling directions. Therefore, many researches(Basu, 1987; Islam & Bandara, 1996, 1999) related to the fabric defects and weaving loom mechanism were carried out and many patents related to the loom were presented by loom makers. Many researches related to the warp and filling tensions during weaving were performed with relation to the fabric defects. Fabric physical property is largely affected by various factors such as constituent yarn physical property and fabric structural parameters. But, the fabric physical property for emotional garment is also affected by weaving loom characteristics. Among weaving loom characteristics, warp and weft yarn tensions during weaving are the most important parameters which affects fabric physical properties and quality. And warp and weft yarn tensions are different according to loom characteristics i.e. according to air-jet, rapier and projectile. Even though same rapier loom, these tensions are slightly different according to the mechanism of rapier loom. Many researches(Islam & Bandara, 1996, 1999) related to the warp and weft yarn tensions during weaving were carried out with relation to the stop marks and other fabric quality. On the other hand, air-jet insertion in air-jet loom and its mechanical mechanism were also performed with variation of the air flow and weft yarn

tension.(Natarajan et al, 1993; Adanur & Mohamed, 1988, 1991, 1992)

Recently, many simulation studies(Belforte et al, 2009; Simon et al, 2005, 2009) related to the air-jet nozzle on the air-jet loom were investigated. And new concept and recent innovations in loom were also studied.(Bilisik & Mohamed, 2009; Gokarneshan et al, 2010; Kopias, 2008) The warp yarn tension and weavability related to the end break during weaving were studied with relation of yarn physical property and weave limit.(Lappage, 2005; He et al, 2004; Bilisik & Demiryurek, 2011; Seyam, 2003) But, the fabric property related to the yarn

**1. Introduction** 

**for Emotional Garment According to** 

**the Weaving Loom Characteristics** 

Seung Jin Kim and Hyun Ah Kim

*Korea Institute for Knit Industry, Iksan,* 

*School of Textiles, Yeungnam University, Gyeongsan,* 

Sano, T. & Yamamoto, H. (2001). Computer aided design system for Japanese kimono, *IEEE Instrumentation and Measurement Technology Conference*, Vol. 1, pp. 326-331

Shie, P. (1984). Weaving Engineering, *Su-Hern Publishing Co.*, Taichung, R.O.C.

