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제레미 스캇의 모스키노 컬렉션에 나타난 그라피티 표현 특징에 관한 연구
배지예,김양희 복식문화학회 2022 服飾文化硏究 Vol.30 No.1
The purpose of this study is to analyze the expressive elements and techniques of graffiti appearing in the Moschino collection by Jeremy Scott. A theoretical examination of graffiti art and Moschino’s creative designer Jeremy Scott was conducted using previous studies and publications. Accordingly, keywords about the expressive elements and techniques of graffiti and Moschino were identified, as follows: expressive elements of ‘message (slogan)’, ‘symbolized letters or forms’, ‘logo and brand symbol’, ‘graffiti (scribbles)’, ‘child-like elements’, ‘daily element’s and expressive techniques of ‘using primary colors (color contrast)’, ‘deformation’, ‘distortion’, ‘exaggeration’, ‘illusion (trompe l'oeil)’, ‘collage (repetition)’, ‘simplification (flattening)’, and ‘borrowing heterogeneous objects’. These keywords were then used to analyze Moschino’s collection, comprising seven years of Moschino’s collection photographs officially recorded in the fashion magazine Vogue, ranging from the 2014 F/W to 2020 F/W collections. A total of 761 photos were initially collected, from which 561 were selected by the researcher. Expressive characteristics of graffiti in Moschino’s collection were analyzed, and identified in the following categories: ‘child-like playfulness’, ‘commercial satire’, ‘using daily elements’, and ‘borrowing non-representative techniques’. Accordingly, it was confirmed that expressive characteristics of graffiti were found in the Moschino collection by Jeremy Scott. This study anticipates the possibility of various interpretations from which fashion that communicates closely with contemporary art can be understood.
다중물리 시스템을 고려한 판재 제조공정의 변형 방지 조건 정립 연구
배지예(Jiyeah Bae),김동철(Dongchoul Kim) 대한기계학회 2013 대한기계학회 춘추학술대회 Vol.2013 No.12
The thin plate is indented during the manufacturing process such as tensile process, welding process, and painting process. This deflection causes the mismatch between pad and frame on side panel, uneven surface and pre-stress in the manufacturing process. This study presents the optimized manufacturing process to prevent the deflection of side panel based on the metamodeling with ABAQUS. Effective parameters which are major factors of the deflection are selected through parametric study. The optimum conditions of selected effective parameters to minimize the deflection are presented. We adopt metamodel from the simulation results for the optimization. Also, we finally suggest the optimized condition of manufacturing process for bus side panel to prevent the deflection with the selected effective parameters.
19세기 하반기 프랑스 남성복 유물의 3D 고증에 의한 패턴 제작에 관한 연구- 르뎅고뜨(Redingote)와 자께뜨(Jaquette)를 중심으로 -
김양희,류경화,배지예 한국의류산업학회 2020 한국의류산업학회지 Vol.22 No.1
This research examines pattern production of 3 men’s costumes in the second half of 19th century by 3D reconstruction to reveal technical aspects of mail costumes. The steps are as follows. First, an examination of selective type according to research study. Second, a pattern analysis of 3 historical male tops of 19th century referred to 9 pattern books of the France National Library collection. Third, a categorized type analysis that referred to paintings of the Musée d'Orsay collection. Fourth, a measurement and structure research of 3 historical garments of Fashion and Textile Museum collection. Fifth, the pattern making and fitting by 3D simulation. Research discussed the following subjects and results. First, main type of men’s coat can be categorized by frac, redingote, jaquette, and veston. Second, the male costume pattern contained in pattern books was researched along with distinguished silhouettes and structures; X silhouette for frac and redingote, H silhouette for jaquette, and straight box silhouette for veston. Third, based on the analysis of representative type of men’s costume per period conducted previous studies, 2 redingotes and a jaquette in the museum were selected and compared to other data such as image materials. Last, the following process was conducted for reconstruction; ‘Drawing diagram–Primary pattern drafting by measurement value–3D virtual fitting–Checking the fit–Modification and complement’. We also obtained a 3D virtual reconstruction and a 2D research pattern that suggested a costume pattern by each type along with 3D reconstruction that included insights for male coat techniques of 19th century France.
자동화된 해석기법 적용을 통한 차량 에어백 설계 시스템 개발
김수일(Sooil Kim),배지예(Jiyea Bae),이우주(Woojoo Lee),김동철(Dongchoul Kim) 한국자동차공학회 2011 한국자동차공학회 학술대회 및 전시회 Vol.2011 No.11
An automated design system of an airbag is presented, which autonomously correlates airbag finite element simulation and the optimization process. Current airbag correlation is achieved through the manual application of trial-and-error procedures implemented by skilled engineers. The developed system successfully correlates a baseline model automatically and reduces the time and skill required for correlation and increase repeatability.