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초록·키워드 목차

As demand for high value-added products with hard materials increases, the line center is used for producing high value-added products in many industries such as aerospace, automobile fields. The line center is a key device for smart factory automation that can improve the production efficiency and the productivity. Therefore, the development of a mill-turn line center is necessary to produce high value-added products with complex shapes flexibly. In the mill-turn process, a milling process and a turning process are combined. In particular, the turning process needs to increase the rigidity of the spindle. The purpose of this study is to analyze the thermal-structural stability through thermo-structural coupled analysis for a mill-turn spindle with a curvic coupling. The maximum temperature and thermal stability of the spindle were analyzed by thermal distribution. In addition, the thermal deformation and thermal-structural stability of the spindle were analyzed through thermo-structural coupled analysis. #Spindle(스핀들) #Mill-turn Process(밀-턴 가공) #Curvic Coupling(커빅 커플링) #Thermal-structure Stability(열-구조 안정성) #Thermal-structure Coupled Analysis(열-구조 연성해석)

ABSTRACT
1. Introduction
2. Structure of Mill-turn Spindle
3. Thermal Analysis
4. Thermal-structural Coupled Analysis
5. Analysis Results
6. Conclusion
References

[학술저널]

An Analytical Study on the Thermal-Structure Stability Evaluation of Mill-Turn Spindle with Curvic Coupling

[학술저널]

An Analytical Study on the Thermal-Structure Stability Evaluation of Mill-Turn Spindle with Curvic Coupling

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