기하학적 모듈을 활용한 텍스타일 장신구 디자인 연구

Abstract

The physical properties of soft textile materials are appealing to human sensibilities. The works of art that stimulate emotions have a rich interior resonance and decorate life beautifully. It is a human instinct to pursue beauty. Since the development of the earliest civilizations, ornaments have been produced constantly in different forms and styles. Ornaments made of expensive, precious metals originally served as symbols of wealth and status to the flow of the times infinitely expanded the area through the exploration and attempt of new material and technique along with the radical change of 20th century contemporary art. Modern ornaments designers pursue different materials and forms. Among many modern innovations, ornaments mixed with recently developed textile materials have attracted attention for their unique texture and physical properties. Combining metals, the material of traditional ornaments with relatively lightweight and flexible fibers creates a variety of colors and textures. Such combination can also be used to form a more natural and close relationship with body-wrapping costumes. The purpose of this study is to investigate the historical background and use of textile ornaments, and to develop ornament designs using geometric module structures created by the researcher. In addition, the study aims to initiate designs in which the movement and curvature of the body complete variable transformations. The free combination of geometric modules allows the transparency of the textile material, variability in irregularity, subtle differences due to handicraft, autonomy, etc., to be developed in more organic and variously cubic forms with the body. In short, this study analyzes formative characteristics such as various visual and tactile effects in the design of textile ornaments that use geometric module structures, and suggests possibilities that could be applied in various design areas in the future. Therefore, I hope that this study will provide basic data for researchers and designers.