본문 바로가기
KERD
논문KCI 등재

모 혼방 소재의 특성에 따른 세미 플레어 스커트 헴라인 형상 분석 -실제착의와 3D 가상착의 시스템을 중심으로-

A Study on the Shape of Hem-Line of Semi-Flare Skirts by P/W blended fabric's -Based on the Comparison between Real Clothing and 3D Virtual Clothing-

0

조회

0

다운로드

2

인용

0

참고문헌

키워드

주제분류의상

초록

Appreciation of flare skirts is mainly based on its appearance when put on, in other words, its drape of which the selection of fabric is most decisive. There are a few other dynamic characteristics affecting the drape like bending stiffness(B), bending hysteresis(2HB), shear stiffness(G), shear hysteresis(2HG), weight(W) and so on. This study is aimed to investigate how the dynamic characteristics of fabric will affect the three dimensional quality of a semi flare skirt-a major item of 'feminine look' brought into fashion in S/S season of 2008. To see how exactly dynamic characteristics of fabric is simulated in the imaginary dressed condition by 3D Virtual Garment Simulation currently applied to various fields is another object of this study. This can help us find out how close we are now to the time of mass-customization. It is resulted that Plain weaved fabrics which has the lowest bending rigidity(B) and bending hysteresis(2HB) is pliable and soft and accordingly enables the silhouette which can emphasize the body shape, whereas the 5H Satin weaved fabrics which has the highest value is difficult to bend and tends to form the box type silhouette maintaining rooms from the body. 4H Twill weaved fabrics is evaluated to have more shear stiffness(G) and shear hysteresis(2HG) than 5H Satin weaved fabrics. 5H Satin weaved fabrics which has the lowest shear stiffness(G) and shear hysteresis is expected to have good drape with its excellent harmony with human body shape by providing the deflection and tactile sensation. When the thickness and weight of the blending rate is compared, Plain weaved fabrics is thinner and lighter than 5H Satin weaved fabrics, and the greater density of the fabric tends to have thicker and heavier characteristics. As the smaller the drape coefficient is in the range from 0 to 1, the better the drape becomes. It is determined that the 3H Twill weaved fabrics with the lowest value has good drape and Plain weaved fabrics has poor drape.

Abstract

Appreciation of flare skirts is mainly based on its appearance when put on, in other words, its drape of which the selection of fabric is most decisive. There are a few other dynamic characteristics affecting the drape like bending stiffness(B), bending hysteresis(2HB), shear stiffness(G), shear hysteresis(2HG), weight(W) and so on. This study is aimed to investigate how the dynamic characteristics of fabric will affect the three dimensional quality of a semi flare skirt-a major item of 'feminine look' brought into fashion in S/S season of 2008. To see how exactly dynamic characteristics of fabric is simulated in the imaginary dressed condition by 3D Virtual Garment Simulation currently applied to various fields is another object of this study. This can help us find out how close we are now to the time of mass-customization. It is resulted that Plain weaved fabrics which has the lowest bending rigidity(B) and bending hysteresis(2HB) is pliable and soft and accordingly enables the silhouette which can emphasize the body shape, whereas the 5H Satin weaved fabrics which has the highest value is difficult to bend and tends to form the box type silhouette maintaining rooms from the body. 4H Twill weaved fabrics is evaluated to have more shear stiffness(G) and shear hysteresis(2HG) than 5H Satin weaved fabrics. 5H Satin weaved fabrics which has the lowest shear stiffness(G) and shear hysteresis is expected to have good drape with its excellent harmony with human body shape by providing the deflection and tactile sensation. When the thickness and weight of the blending rate is compared, Plain weaved fabrics is thinner and lighter than 5H Satin weaved fabrics, and the greater density of the fabric tends to have thicker and heavier characteristics. As the smaller the drape coefficient is in the range from 0 to 1, the better the drape becomes. It is determined that the 3H Twill weaved fabrics with the lowest value has good drape and Plain weaved fabrics has poor drape.

참고문헌 (15)

  1. 박영희, "일상복의 역학적 특성과 태의 예측", 2(1), pp.109~ (1998), 경희대학교 생활과학논집
  2. 이수정, "성인여성의 하반신 체형분석과 영상처리를 이용한 플레어스커트의 외관분석", 박사, pp.1998
  3. 이정순, "직물의 역학적 특성 및 드레이프성이 의복의 형태에 미치는 영향", 박사, pp.1989
  4. 서정권, "의복의 3차원 형상 계측에 관한 연구-플레어스커트의 헴라인의 형상에 미치는 플레어 양의 영향", 섬유공학회지, 33(11), pp.985~991 (1996)
  5. 조정미, "한국 미혼여성의 하반신 체형분석과 체형 변인이 플레어스커트 입체성능에 미치는 영향", 박사, pp.1992
  6. 기희숙, "니트 플레어스커트의 입체형상 평가를 통한 무봉제 편성방법 연구", 박사, pp.2006
  7. 한태희, "플레어 스커트의 드레이프성에 관한 연구 -벨트, 허리여유분, 스커트 길이를 중심으로", 석사, pp.1990
  8. 조차, "플레어스커트의 드레이프성에 미치는 요인에 관한 연구-구성방법을 중심으로-", 자원문제 연구, 6, pp.73~81 (1987)
  9. 박근혜, "플레어스커트의 실제착의와 가상착의에 따른 시각적 이미지에 관한 연구 -20대 비만여성을 중심으로", 석사, pp.2007
  10. 구미란, "재단 각도에 따른 세미 플레어 스커트의 외관 및 헴라인 드레이프 형상에 관한 연구- 실제 착의와 i-Designer의 가상 착의 시스템을 중심으로 -", 복식문화연구, 17(3), pp.499~511 (2009), 복식문화학회
  11. 김정숙, "의류봉제과학", pp.13~ (2002), 교학연구사
  12. 김미진, "혼방 및 연사방법에 따른 춘하용 아크릴 니트 소재의 객관적, 주관적 감성평가", 석사, pp.2005
  13. SOHN Juhee, "Visual Evaluation of Apparel Silhouette Using Virtual Sewing System", 日本繊維機械学会, 58(8), pp.128~136 (2005)
  14. 김숙진, "가상의상 모델링 및 착장 소프트웨어를 위한 가이드라인", 대한가정학회지, 44(2), pp.127~135 (2006), 대한가정학회
  15. 강순희, "의복의 입체구성", pp.56~ (2001), 교문사

관련 논문AI추천

이 간행물의 다른 논문 (12건)