3D Stability Chart and Surface Location Error Diagram for High-Speed Milling Aerospace Aluminum Alloy
The vibrations in milling process include two parts，I.e. Self-excited vibration（chatter) and forced vibration. Stability due to the chatter and surface location error（SLE) induced by the forced vibration are derived by using the temporal finite element analysis（TFEA). Corresponding to the 3D stability charts（SC) and SLE diagrams are constructed. The results show the transition between the autonomous model for turning and the discrete map model of highly interrupted cutting. And it is also shown that the SLE is especially large at those spindle speed，where high depths of cut are achievable without chatter. Thus，the influences of chatter stability and resonance due to the forced vibration should be considered in dynamic optimization of milling system，simultaneously. The results are confirmed experimentally on a high-speed milling center.
3D Stability Chart Surface Location Error Diagram High-Speed Milling Aerospace Aluminum Alloy
SONG Qing-hua YU Shui-qing WAN Yi AI Xing
School of Mechanical Engineering, Shandong University, Jinan, 250061 School of Software Engineering, Beijing University of Technology, Beijing, 100022
国内会议
南京
英文
141-148
2008-10-18（万方平台首次上网日期，不代表论文的发表时间）