FDM 적층구조 이미지와 자유곡선 대비에 의한 도자장식 연구

Abstract

3D printers are currently developing rapidly, converging with various fields. The most popular FDM 3D printer must undergo a back-up process because it leaves a thin layer in the process. However, the repeatability and precision shown in these layers have the potential for handcrafted values and indicate that the 3D printer can be used as a medium of active description as well as circular fabrication. In this study, the FDM 3D printer output was designed to convert its unique laminated traces into an artistic expression. The purpose of this strategy is to present new expression techniques based on mechanical decoration through contrast to free curve using slip. Slip trailing was used among various ceramic techniques to control free curve. It also focused on the lower layers of traces rather than the original form, which identified where 3D printers could be used for purposes other than means in the production of artwork. It used casting techniques to preserve traces of its base layer and maximise preparation of layered structure and free curve. In this study, we have discovered the possibility of expanding the area to utilize 3D printers by exploiting layers that had to be machined.