• Title, Summary, Keyword: fabric design

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Research on Aesthetic Characteristics of Fabric Expression Technique of Art to Wear - Focusing on Art to Wear artists in the U.S.A. -

  • Jin, Kyung-Ok
    • Journal of Fashion Business
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    • v.11 no.3
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    • pp.133-151
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    • 2007
  • The role of fabric now directly related with the expression of the beauty of clothing and it provides new and creative ideas. This study was aimed at reviewing basic data that can be used in systematic design development through fabric expression for today's fashion designers who must study unique, original fashion design development. For systematic development of design technique through fabric expression, fabric expression methods and characteristics, aesthetic characteristics and fabric design of 'art to wear' were reviewed and the results are as follows. First, the highly wrought fabric expression of art to wear was confirmed to be comprehending a message within itself. Second, aesthetic characteristics of fabric expression used in art to wear can be classified as decorativeness, extensity, 2-D pictorialness, handicraft, compounding and rearrangement, and 3-D characteristics. Third, the 6 aesthetic characteristics have unique design features and aesthetic categories. The understanding the fabric expression techniques through study on the classification of the fabric expression in 'art to wear' is expected to be extended to proposition of creative direction and inspiration of modern fashion.

A Study on the Flat Woven Textile Design used of the Jacquard Fabric Simulation in Textile Design CAD - Focused on the Abstract Image of Textile Design in Interior Fabric Design - (텍스타일 CAD의 직물 시뮬레이션을 활용한 자카드 직물디자인 연구 - 꽃의 추상적 이미지를 응용한 인테리어 직물디자인을 중심으로 -)

  • Song, Ha-Young
    • Journal of the Korea Fashion and Costume Design Association
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    • v.9 no.2
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    • pp.49-57
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    • 2007
  • The purpose of this study was to research the efficient tool of the exclusive fabric simulation in Jacquard Textile CAD system. For performing this design study, it designed the surface design of the abstract images of flowers through EAT Designscope CAD system and simulated the interior fabric. To merchandise the fashion items and see the visual image, these fabric simulations was effected by two or three-dimension modeling through EAT designscope, YongWoo CNI, Alias and so on. The result of this study can be summarized as follows. Before the step of weaving the samples from the surface design works, jacquard fabric design can be done very efficiently to apply the design step of the fabric simulation in CAD(Computer Aided Design). As the usage of the simulation tool in CAD system, jacquard design can be easily feed-back to modify for the right fabrics and produced the various designs in the short running time very efficiently. Therefore, this jacquard design system ultimately can be saved cost and developed the higher value-added goods in more response to consumer demands.

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Development of Expert System for Woven Fabric Design (직물 설계 공정의 전문가 시스템 개발에 관한 연구)

  • 정지윤;정영진
    • Textile Science and Engineering
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    • v.31 no.1
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    • pp.37-43
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    • 1994
  • A computer-based expert system of woven fabric design has been developed. For building the expert system of woven fabric design process, three different modules were established and integrated to one whole system. A database has been established for fabrics previously produced and subsequently used for the future design of new fabrics based on the old parameters of ever produced fabrics. The database established here will serve as a part of knowledge base for the design of new fabrics. A statistical analysis of fabric design parameters and qualities including mechanical properties and hand values has been performed. And the relations were used as rules of inference mechanism. Subsequently, knowledge engineering process was performed. It is a process of acquiring expertise of experts in textile mills and building it into the knowledge base. By the method mentioned above, this system serve as an expert system fur fabric design and can predict fabric mechanical and hand properties of newly designed fabrics. This CAD system also provides computer simulation of the fabric appearance with new parameters for the designer. The whole systems developed in this study can serve as a part of expert system for woven fabric design and manufacturing.

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Computational Interpretaion of Woven Fabric Deformation (컴퓨터를 이용한 직물역학 해석)

  • 정영진;이준석;김종섭;강태진
    • Textile Science and Engineering
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    • v.37 no.7
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    • pp.395-402
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    • 2000
  • An integrated computer system for fabric design based on textile mechanics has been developed. The system enables the simulation of the mechanical properties of woven fabric at fabric design stage. The behaviors of the tensile, shear and bending of woven fabric have been simulated with the models of previous workers. The responses of the woven fabric with the variation of yarn crimp, fabric density, and yarn size were predicted. The integrated computer system includes a database system containing fabric specification, yarn information, weave, and so forth which are required in woven fabric design. The system always checks the weavability limit of new fabric with jamming conditions before starting simulation. Thus, the system is expected to serve as a useful tool to design new woven fabrics of specified property requirements by supplying the simulated data at the design stage.

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Research on the Correlation between Wavy Modeling of Garment and Fabric Properties

  • Wenbin, Zhang;Wu, Tuo;Jingru, Liu
    • Journal of Fashion Business
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    • v.8 no.6
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    • pp.1-14
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    • 2004
  • On the basis of garment spatial configuration technology, the correlation of fabric properties and garment modeling was studied in this paper. With abundant experimental data, practical modeling and the judgment of fabric properties and physical shape, we analyzed the change rules that restricting all kinds of parameters of fabric properties and garment modeling, and discussed the relation of wavy modeling and all correlated factors of fabric properties. The result showed the basis of choosing fabric for different style garment, which would help designers choosing fabric for modeling design or structure design.

Simulation Technology of 3D Fabrics (3차원 입체 직물의 시뮬레이션 기술)

  • Park, Jung Hyun
    • Textile Coloration and Finishing
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    • v.31 no.3
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    • pp.214-224
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    • 2019
  • This investigation reported the simulation technologies to design the 3-dimensional fabrics such as 3 dimensional multi-layered fabric, 3 dimensional braided fabric and spacer fabric. The simulation system or software has been actively used to develop products of 3 dimensional fabric which can be reduced development costs and time. Thus, many countries such as Japan, Germany, China, and U.K. show great interests on simulation technologies for developing new materials and processes including 3 dimensional fabric field. In this study, simulation systems have been reviewed for the 3 dimensional fabric design system from Mikawa Textile Research Center, Japan; ProCad and ProFab from Karl Mayer and Texion, Germany; xComposites from China; TexGen from Nottingham University, U.K.; TexPro from Young Woo CnI, Korea, respectively.

Study on the Application of CIM on Woven Fabric Manufacturing (직물 공장에서의 CIM 응용 연구)

  • 강태진;김학용
    • Textile Science and Engineering
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    • v.26 no.7
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    • pp.1-11
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    • 1989
  • A computer model of woven fabric has been developed based on the geometrical and elastica model of generalized woven fabrics. A data base has been established for the fabrics previously produced and subsequently used for the design of new fabrics based on old parameters. The data base will be the basis of knowledge base of the fabric design. It has the aim of developing weaving expert system. A CAD system of 3-dimensional woven fabric structures has been also developed using Tektronix 4208 connected with mainframe with graphic system. It enables to view the 3-D structure changes of the fabric caused by relaxing or extention by internal and/or external forces after removing from the loom. It also visualizes the response of the fabric so that one can figure out the structure changes of the woven fabric during the deformation. The whole systems developed in this studies can serve as a part of expert system for woven fabric design and manufacturing.

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Antimicrobial Effects of Laundering and Colloidal Silver Treatment on a Cotton Fabric (은 용액 처리와 세탁 조건에 따른 면직물의 항균효과)

  • Chung, Hae-Won;Kim, Mi-Kyung
    • Fashion & Textile Research Journal
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    • v.7 no.3
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    • pp.333-338
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    • 2005
  • We examined the antimicrobial effects of the cotton fabrics which were laundered at different conditions and treated with a colloidal silver solution using Staphylococcus aureus. Colloidal silver solution was made from commercial colloidal silver generator by electrolysis. The fabric which was innoculated and washed with water before drying had no more Staphylococcus aureus, but which was innoculated and dried before washing with detergent solution had lower reduction rate. The fabric washed with oxygen bleach did not have an antimicrobial effect, but rinsed with 0.07% fabric softener showed antimicrobial properties. The fabric rinsed with 0.7ppm colloidal silver solution had better antimicrobial effects. As the treating concentration of silver solution increased, the antimicrobial property of the fabric was increased. The fabric treated with 5% silver solution sustained reflectance and whiteness of untreated fabric. The colloidal silver treated fabric lost antimicrobial property after washing because nano-sized silver particles were located on uneven fiber surface without chemical bonding forces.

A Study on the Synthetic Fabric Design System (합섬직물 설계디자인 시스템에 관한 연구)

  • Kim, Seung-Jin
    • Science of Emotion and Sensibility
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    • v.9 no.spc3
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    • pp.243-249
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    • 2006
  • There are many CAD commercial systems such as fabric design CAD for fabric designers and pattern design CAD including visual wearing system for garment designers. But there is no fabric design system for weaving factory, so the data base system related to the fabric design for weaving factory is needed. Therefore, in this study, as a preliminary study of the data base system for fabric design, easy decision of warp and weft densities according to the various yarn count, weave constructions and materials were surveyed through analysis of design plan for nylon and polyester fabrics from wearing factories.

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A Study on the Relationship between Fabric Design Condition for Garment and Shrinkage on the Dyeing and Finishing Processes (의류용 직물설계조건과 염${\cdot}$가공 공정 수축률과의 상관성 연구)

  • Kim, Seung-Jin;Park, Kyung-Soon;Hong, Sang-Gi
    • Textile Coloration and Finishing
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    • v.17 no.5
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    • pp.45-52
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    • 2005
  • The optimum fabric design plan is recently needed with the relevant fabric shrinkage in dyeing and finishing processes for the various sensible fabrics for garment. For responding this need, the difference of fabric design plan such as fabric density, yarn count and finishing shrinkage has to be surveyed with weaving looms such as water jet, air-jet and rapier looms, and also has to be analysed with weave pattern such as plain, twill and satin according to the fabric manufacturers. Therefore, in this study, 420 polyester weave pattern sheets are collected from 5 fabric manufacturers, and the weave density coefficients of these fabrics are calculated using yarn count, fabric density and 1 repeat weave pattern. These weave density coefficients are analysed according to the fabric manufacturers, weaving looms and various weave patterns. And also the weave density coefficients of 420 polyester fabrics are analysed with finishing shrinkage according to the fabric manufacturers and various weave patterns such as plain, twill and satin fabrics.