服饰鞋履工艺设计对舞台走秀造型视觉呈现的影响研究OA
Research on the Influence of Clothing,Footwear Technology and Structure on Visual Presentation of Stage Catwalk Modeling
在现代时尚服饰行业发展进程中,服装表演已成为服饰文化传播、时尚审美展示的重要形式,舞台走秀整体视觉效果直接决定服饰作品的艺术呈现水平.服饰面料裁剪、版型结构设计与鞋履工艺制作,能够从线条形态、体态比例、动态美感等多个层面影响模特舞台展示效果.本文以服饰鞋履工艺结构设计为研究切入点,结合服装表演舞台艺术特征,分析服装面料工艺、版型剪裁结构、鞋履款式工艺与舞台走秀视觉审美之间的内在联系,探讨服饰结构细节、鞋履造型设计对模特身形塑造、走秀步伐节奏、舞台视觉氛围感的实际作用.结合 T 台服饰展演实践,从服饰版型优化、鞋履工艺适配、整体造型协调设计等方面提出优化思路,提升服装表演舞台视觉表现力,推动服饰设计与模特展演艺术深度融合,为时尚走秀舞台造型艺术发展提供理论参考.
In the development process of modern fashion clothing industry,costume performance has become an important form of clothing culture communication and fashion aesthetic display.The overall visual effect of stage catwalk directly determines the artistic presentation level of clothing works.Fabric cutting,version structure design and footwear manufacturing technology affect the stage display effect of models from multiple dimensions including line shape,body proportion and dynamic beauty.Taking clothing and footwear technology structure design as the research point,combined with artistic characteristics of costume performance,this paper analyzes the internal relationship among clothing fabric technology,version cutting structure,footwear style technology and stage catwalk visual aesthetics.It discusses the practical effects of clothing structure details and footwear modeling design on model shape shaping,walking pace rhythm and stage visual atmosphere.Combined with T-stage costume display practice,puts forward optimization suggestions from clothing version improvement,footwear technology adaptation and overall modeling coordination design.The research can improve visual expression of costume performance stage,promote in-depth integration of clothing design and model exhibition art,and provide theoretical support for development of fashion catwalk stage modeling art.
丁妤;陆希
浙江理工大学服装学院,浙江 杭州 311199浙江理工大学服装学院,浙江 杭州 311199
轻工纺织
服饰工艺鞋履结构服装表演舞台走秀造型视觉时尚展演
clothing technologyfootwear structurecostume performancestage catwalkmodeling visionfashion exhibition
《鞋类工艺与设计》 2026 (15)
14-16,3
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