제품 표면에 사용되는 원형 홀 패턴디자인 방법에 대한 연구

Abstract

Companies are actively using CMF as a means of design differentiation. Recently, as a method of CMF, patterns are applied on the surface of products. However, the process of designers creating patterns needs much time due to repetitive work. To compensate for these shortcomings, the parametric design has begun to be utilized. This study is a case study in which the parametric design method is applied to the design process of a circular pattern that can be used as holes on the product surface. After defining the attribute of the pattern into a basic unit and a repeating unit, a circular pattern is defined accordingly. By deriving the formation rules and implementing them with a parametric design tool to design various patterns, the effectiveness of the established algorithm and new pattern design method was verified. The hole pattern design method and circular pattern algorithm proposed in this study could be helpful to draw more creative and diverse pattern results by focusing more on the change in the shape of the basic unit and the parameters forming the pattern as compared with the process which designers have spent a lot of time modifying the pattern.