색상에 따른 ABS 플라스틱 인장시편 파단부위치수 변화에 관한 연구
A Study on Dimensional Changes of ABS Plastic Tensile Specimens at Fracture Areas According to color
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
In this study, the relationship between the color of the pigment added to the plastic resin and the size of the fractured part of the specimen was confirmed when processing ABS plastic tensile specimens using a sealed 3D printer. Through the test, it was confirmed that the fracture dimension existed in the range of 13.104 to 13.138 ㎜ and there was no significant difference in dimension according to the color of the additive, and the null hypothesis was adopted. In addition, it was confirmed that a significant difference occurred in the order of red, black, white, and green colors.
Abstract
In this study, the relationship between the color of the pigment added to the plastic resin and the size of the fractured part of the specimen was confirmed when processing ABS plastic tensile specimens using a sealed 3D printer. Through the test, it was confirmed that the fracture dimension existed in the range of 13.104 to 13.138 ㎜ and there was no significant difference in dimension according to the color of the additive, and the null hypothesis was adopted. In addition, it was confirmed that a significant difference occurred in the order of red, black, white, and green colors.
참고문헌 (5)
- Hong, C. M, "A Study on the Color Difference of ABS Specimens According to Bed Position of FDM 3D Printe", Journal of The KSMT, 21(6), pp.1180~1185 (2019)
- Shin, Y. M, "A Study on the Analysis of the Color Difference of ABS Specimens According to the Position of the FDM 3D Printe Bed", Journal of The KSMT, 23(3), pp.447~458 (2021)
- Choi J. S., "A Study on Analysis of Dimensional Error of Projector for Formulations of Measurement Automation", Journal of the Semiconductor & Display Technology, 20(4), pp.114~118 (2021)
- Lim, D. Y., "A Noncontact Optical Roughness Measurement Technique of Ground Surface by Light Scattering", Journal of The Korean Society of Mechanical Engineers, 12(6), pp.1303~1311 (1988)
- Lee, J. W., "A Study on the Optimization of 3D Printer Processing Vondition using Experiment Design", Journal of The KSMT, 22(3), pp.585~589 (2020)