Journal of the Korean Society of Industry Convergence (한국산업융합학회 논문집)
- Volume 8 Issue 1
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- Pages.11-17
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- 2005
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- 1226-833X(pISSN)
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- 2765-5415(eISSN)
Analysis of the operation effciency with the application of fabirc design CAD system
직물설계 CAD System활용에 따른 작업성 분석
- Kim, Hee-Sam (Department of Textile Design, Textile & Fashion College) ;
- Kim, Mi Sun (Department of Fashion Design, Textile & Fashion College) ;
- Lee, Young Hee (School of textile, Yeungnam University)
- Received : 2004.06.09
- Accepted : 2005.02.15
- Published : 2005.02.28
Abstract
This study was performed to analysis the operation process when fabric pattern design was done by the use of CAD system compared with the manual work in order to determine the operation efficiency with the application of fabric design CAD system. The results of the study were as follows: 1. since 160,000 colors were supported by CAD system, color proposed by consumer was able to match exactly according to the its design. However, exact color matching was not possible by manual work. 2. Woven state of back of pattern design could be identified simultaneously with face of it for CAD system, while face and back of the fabrics should be designed separatedly in case of manual work. 3. Since the combination of warp and filling yarn was compatible with the fabric density in one repeat unit in CAD system, exact size of pattern design to be woven was able to expressed. 4. Only simple graphical expression by manual work was seen, while with the CAD system, texture and shade effect as well as graphical expression could be expressed and so fault could be reduced in advance with the simulation of actual feeling of fabrics in the screen. In conclusion, when CAD system will be introduced to the textile industry, operation time of designing pattern can be reduced. Since the operation is easy and simple, a beginner can operate CAD system easily. Thus, production and wage costs can be saved and this can be related directly with the improvement of productivity which is the main purpose of introducing CAD system.