Journal of Textile Research ›› 2020, Vol. 41 ›› Issue (04): 135-141.doi: 10.13475/j.fzxb.20190604507

• Apparel Engineering • Previous Articles     Next Articles

Effect of fabrics and moving speed on bustline, waistline and hipline shapes of one-piece dresses

CHEN Lili1(), LIU Chengxia2   

  1. 1. Yuanpei College, Shaoxing University, Shaoxing, Zhejiang 312000, China
    2. School of Fashion Design & Engineering, Zhejiang Sci-Tech University,Hangzhou, Zhejiang 310018, China
  • Received:2019-06-19 Revised:2020-01-15 Online:2020-04-15 Published:2020-04-27

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Abstract:

In order to investigate the effect of fabrics and moving speed on garment silhouette, 3 subjects with similar figures and 5 commonly used fabrics were selected for the study of one-piece dresses according to the subjects' body dimensions. A three-dimensional motion capture instrument was employed to obtain the coordinate points of the bustline, waistline and hipline when the 3 subjects were wearing the dresses at the different moving speed. By using a curve fitting method, the curves of the bustline, waistline and hipline were acquired and the curve area, curve circumference, transverse and longitudinal distances were obtained as the objective parameters of the dress silhouette. Results show that both fabrics and moving speed have significant influence on the 4 parameters of the dress, of which the effect on the parameters of wastline is the highest, with the hipline the middle and the bustline the lowest. Fabrics made of deformable yarns tend to have smaller bustline, and larger waistline and hipline. Besides, their bustline, waistline and hipline shapes are not easily influenced by moving speed.

Key words: fabric, moving speed, garment silhouette,shape of bustline, waistline and hipline, motion capture, one-piece dress

CLC Number: 

  • TS941.2

Tab.1

Fabric specification parameters"

面料编号 纱线形态 组织 成分 密度/(根·(10 cm)-1) 面密度/
(g·m-2)		 厚度/
mm
经向 纬向
1# 短纤维 平纹 粘胶 150 108 106.5 0.25
2# 长丝 平纹 蚕丝 329 272 54.6 0.10
3# 长丝 平纹 涤纶/氨纶(97/3) 846 511 130.9 0.39
4# 短纤维 平纹 亚麻 173 171 143.4 0.46
5# 短纤维 平纹 棉 345 331 110.3 0.39

Tab.2

Mechanical property parameters of fabrics"

面料
编号		 弯曲刚度B/
(cN·cm-1)		 表面粗
糙度/
μm		 剪切
刚度/
(cN·cm-1)		 拉伸
比功/
(cN·cm-1)		 悬垂
系数/
%
1# 0.148 4 1.836 0.98 8.45 22.8
2# 0.003 9 1.133 0.23 15.96 38.6
3# 0.007 8 1.345 0.67 11.59 51.3
4# 0.398 7 3.754 3.69 14.82 89.4
5# 0.139 8 2.246 2.87 12.78 53.7

Fig.1

One-piece dress used for experiment. (a) Working sketch; (b) Photo of dress"

Fig.2

Acquisition of silhouette data of dress. (a) Static; (b) Running"

Tab.3

Significance of fabrics to curve parameters of bustline and waistline and hipline"

部位 参数 平方和 自由度 均方 统计量 显著性
S 2 174.897 4 543.724 2 132.937 0.000
胸围 L 80.876 4 5.219 31.751 0.001
A 3.769 4 0.942 10.25 0.013
B 3.774 4 0.943 19.144 0.003
S 455 599.899 4 113 899.975 580 139.723 0.000
腰围 L 905.540 4 226.385 1 823.570 0.000
A 47.572 4 11.893 86.801 0.000
B 113.396 4 28.349 144.011 0.000
S 2 186.703 4 546.676 193.822 0.000
臀围 L 85.016 4 21.254 190.079 0.000
A 27.089 4 6.772 46.604 0.000
B 80.170 4 20.042 61.129 0.000

Fig.3

CV values for parameters of bustline and waistline and hipline"

Fig.4

Fitting result of curve for bustline"

Tab.4

Parameters of bustline"

面料
编号		 曲线面积/
像素2		 曲线周长/
像素		 横向距离/
像素		 纵向距离/
像素
1# 1 869.104 154.592 2 48.928 5 44.249 6
2# 1 873.343 154.885 0 49.979 9 45.137 3
3# 1 876.232 154.954 1 50.128 5 45.279 7
4# 1 855.192 154.332 1 48.213 7 44.617 5
5# 1 854.733 154.333 8 48.630 5 44.523 9

Fig.5

Fitting results of curve for waistline"

Tab.5

Parameters of waistline"

面料
编号		 曲线面积/
像素2		 曲线周
长/像素		 横向距离/
像素		 纵向距离/
像素
1# 1 603.691 143.933 9 46.627 5 41.011 8
2# 1 371.517 133.103 5 44.459 4 37.581 4
3# 1 356.003 131.528 3 45.206 0 37.469 4
4# 1 817.685 152.802 4 49.625 8 44.644 3
5# 1 862.264 154.585 5 49.889 3 45.237 8

Fig.6

Fitting results of curve for hipline"

Tab.6

Parameters of hipline"

面料
编号		 曲线面积/
像素2		 曲线周长/
像素		 横向距离/
像素		 纵向距离/
像素
1# 2 284.851 171.615 8 60.959 6 51.278 0
2# 2 253.999 170.972 6 58.653 3 48.122 1
3# 2 332.464 174.669 8 63.038 3 48.713 2
4# 2 453.512 179.498 1 62.492 4 55.341 1
5# 2 392.234 176.219 7 62.114 3 54.033 8

Tab.7

Significance of moving speed to curve parameters of bustline and waistline and hipline for different fabrics"

面料
编号		 部位 平方和 自由
度		 均方 统计量 显著
性
胸围 821.245 2 410.622 1 305.296 0.000
1# 腰围 78 046.092 2 39 023.046 12 147.118 0.000
臀围 6 589.023 2 3 294.511 705.805 0.000
胸围 303.173 2 151.586 810.775 0.000
2# 腰围 277 688.032 2 138 844.16 25 870.539 0.000
臀围 1551.789 2 775.894 120.143 0.001
胸围 2 154.738 2 1 077.369 4 475.152 0.000
3# 腰围 328 574.780 2 164 287.390 39 854.916 0.000
臀围 24 231.691 2 12 115.846 1 361.046 0.000
胸围 1 552.969 2 776.485 2 907.854 0.000
4# 腰围 653.771 2 326.886 844.799 0.000
臀围 1 905.207 2 952.603 347.627 0.000
胸围 2 742.222 2 1 371.277 9 257.502 0.000
5# 腰围 813.577 2 406.788 135.026 0.001
臀围 5 546.010 2 2 773.005 1 068.075 0.000

Fig.7

Area CV values of bustline and waistline and hipline for different fabrics at different moving speed"

Fig.8

Area of waistline at different moving speed"

[1] 刘成霞, 陈慰来, 柳美芳. 面料物理性能与袖山造型的相关性[J]. 纺织学报, 2007,28(2):89-91.
LIU Chengxia, CHEN Weilai, LIU Meifang. Correlation of physical properties of fabric and silhouette of sleeve[J]. Journal of Textile Research, 2007,28(2):89-91.
[2] 李哲, 林彬. 荡领造型的影响因素分析[J]. 纺织学报, 2011,32(8):112-113.
LI Zhe, LIN Bin. Analysis of influencing factors on cowl collar's modeling[J]. Journal of Textile Research, 2011,32(8):112-113.
[3] 凌小燕, 唐虹. 面料方向性对裙装造型的影响[J]. 丝绸, 2008,45(12):46-48, 51.
LING Xiaoyan, TANG Hong. Effects of fabric directions on skirt sculp[J]. Journal of Silk, 2008,45(12):46-48, 51.
[4] 唐虹, 张渭源. 基于面料性能的半紧身裙造型特征及预测模型[J]. 纺织学报, 2008,29(6):88-91.
TANG Hong, ZHANG Weiyuan. Shape of semi-fitting skirt and its predictive model based on the properties of fabric[J]. Journal of Textile Research, 2008,29(6):88-91.
[5] 刘成霞, 胡琼, 孙丽敏. 节裙造型与织物性能的相关性[J]. 纺织学报, 2010,31(6):114-119.
LIU Chengxia, HU Qiong, SUN Limin. Correlation between sculpt of tiered skirts and fabric perfor-mances[J]. Journal of Textile Research, 2010,31(6):114-119.
[6] 徐利平, 崔毅华, 薛元. 织物性能与服装结构对喇叭裙外观形态的影响[J]. 纺织学报, 2008,29(1):114-119.
XU Liping, CUI Yihua, XUE Yuan. Influences of fabric property and garment construction on bell skirt appearance shape[J]. Journal of Textile Research, 2008,29(1):114-119.
[7] 李静. 斜裁 A 型裙外观形态与面料力学性能关系研究[D]. 苏州:苏州大学, 2014: 4-8.
LI Jing. Research on relationships between the appearance and fabric mechanical properties of bias cut-shaped skirt[D]. Suzhou:Soochow University, 2014: 4-8.
[8] 李兆波, 陶庆, 康金胜, 等. 基于动作捕捉技术的人体上肢运动舒适性评价[J]. 工程设计学报, 2018,25(3):338-345
LI Zhaobo, TAO Qing, KANG Jinsheng, et al. Evaluation of human upper limb motion comfort based on motion capture technique[J]. Chinese Journal of Engineering Design, 2018,25(3):338-345
[9] 郑晶晶, 阎玉秀, 冯继玲. 基于三维动作捕捉仪的孕妇裤托腹效果评价[J]. 纺织学报, 2018,39(11):128-134.
ZHENG Jingjing, YAN Yuxiu, FENG Jiling. Evaluation on abdominal support effect of pregnant women pants based on 3-D motion capture instrument[J]. Journal of Textile Research, 2018,39(11):128-134.
[10] 曹蕊超, 谢红. 基于三维运动捕捉系统的面料防护性能研究[J]. 针织工业, 2016(2):77-81.
CAO Ruichao, XIE Hong. Study on protective ability of fabric based on 3D dynamic capture system[J]. Knitting Industries, 2016(2):77-81.
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