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의류학 연구 및 패션산업 현장에 도입되고 있는 3D 기술동향 및 적용사례 고찰
박희주 ( Huiju Park ),구수민 ( Helen Koo ) 한국의류학회 2018 한국의류학회지 Vol.42 No.1
This study reviewed emerging trends in 3D technology adopted in apparel design research and product development for rapid prototyping and effective evaluation of product performance. Based on a literature review, the authors discussed technical advantages, practical merits and limitations, applications, and on-going developmental efforts of the following methodologies focusing on 3D body scanning and 3D motion capture, and 3D virtual fit simulation technologies. Such data-driven technical approaches observed in recent apparel design research and industry practice are expected to increasingly be adopted in the field to improve consumers' satisfaction with functionality, aesthetics, and comfort of a wide range of apparel products that include daily wear, sport apparel and protective clothing.
연구논문 : 소방용 방화복 및 방화 장비에 따른 상반신 관절 각도의 동작 범위 연구
김선영 ( Seonyoung Kim ),박희주 ( Huiju Park ) 한국의류산업학회 2015 한국의류산업학회지 Vol.17 No.4
This study analyzed the range of motion of upper body in different configurations of firefighters’ protective clothing and equipment. The purpose of this study was to understand the influence of firefighters’ protective clothing and equipment over upper body motion in order to improve design of firefighters’ protective clothing and equipment. 12 firefighters’ upper body range of motion was analyzed while performing standing and walking trials in five different garment configurations including turnout ensemble, fire boots and the self-contained breathing apparatus. Analysis of upper body range of motion included spinal joints of L5S1, L4L3, T1C7, and C1Head. During standing trials, garment configurations caused a significant difference in range of motions at joints of L5S1, L4L3, T1C7, and C1Head. Analysis on the mean of range of motions at L5S1 and L4L3, showed that firefighters’ waist bent forward significantly to a greater extent while they wore a self-contained breathing apparatus. A significantly increased range of motion was found for T1C7 and C1Head while carrying a self-contained breathing apparatus, which indicated an increase in the extension of the trunk and neck backward to stand upright and look squarely. A significant difference in range of motion was also found for L5S1 and L4L3 during walking trials.