摘要
Textured surfaces have been widely applied in many fields due to their excellent functional performances.Although several micro-scale surface texturing techniques have been used to fabricate surface textures,most are either very expensive,have material limitations,or lack flexibility.In this study,a novel textured surface generation method using vibration-assisted ball-end milling with a non-resonant vibrator is proposed.Firstly,the configuration of the vibration-assisted ball-end milling system is introduced.Then,the trajectories of the cutting edges are modeled and analyzed.Furthermore,an analysis of a non-resonant vibrator is conducted.Finally,surface texture machining experiments are conducted,and the feasibility of the proposed vibration-assisted ball-end milling method for surface texture fabrication is verified.
基金
The authors gratefully acknowledge supports of the National Natural Science Foundation of China(Grant No.52105452)
High Level Personnel Project of Jiangsu Province(Grant No.JSSCBS20210188)
Central University Basic Research Fund of China(Grant No.NT2022017)
Jiangsu Key Laboratory of Precision and Micro-Manufacturing Technology(Grant No.56XAC22006)
Nanjing Foundation for Returnees(Grant No.1005-YQR21043)
Foundation of Jiangsu Science and Technology Association Young Talents(Grant No.JSTJ-2022-073).