방적기계용 스핀들 인서트의 최적설계 관한 연구

The Study for Optimal Design of Spindle Insert used in Cotton Spinning Machine

초록

Textile machinery affects various industry, such as sport leisure industry, metal and chemistry material, electric electron, mechanical energy, packing and printing industry. In case of design of textile machine, the very important fact is absorbing the minute vibration induced by spinning thread and insert which is the part of spindle plays a role of reduction of impact caused by oscillation of thread bobbin. Therefore, Optimal design was executed by design of experiments and kriging optimal design methods to prevent fracture of spindle insert under the fatigue condition and deduced the best value of design parameter to improve the stability of the products. The highest sensitivity is showed at the design parameter A and D. As the spiral number of insert is increase, tension force applied its edge is distributed at whole model and the stress concentration is reduced.

키워드

Spindle Insert (스핀들 인서트); Spiral Cutting Machine (나선가공장치); Design of Experiments (실험계획법); Kriging (크리깅); Goodman Diagram (Goodman 선도)
제목
방적기계용 스핀들 인서트의 최적설계 관한 연구
제목 (타언어)
The Study for Optimal Design of Spindle Insert used in Cotton Spinning Machine
저자
이동우; 허선철; 이상석; 심재준
발행일
2010
저널명
한국정밀공학회지
권
27
호
4
페이지
72 ~ 78