铣削过程稳定性时域分析方法研究进展
Research Progress of Chatter Stability Analysis for Milling Process in Time-Domain
DOI: 10.12677/MET.2020.96066, PDF,    科研立项经费支持
作者: 李忠群, 刘鸿志, 刘 学, 段林升, 刘 浪：湖南工业大学机械工程学院，湖南 株洲
关键词: 铣削过程；颤振稳定性；时域分析；颤振在线监测；Milling Process； Chatter Stability； Time Domain Analysis； Online Chatter Monitoring
摘要: 颤振严重制约铣削效率与质量。作为铣削稳定性主要分析方法的时域分析方法可归纳为两大类：一是通过建立铣削动力学模型，求解铣削动力学方程，利用时域稳定性判据确定铣削过程的稳定性；二是直接采用传感器及其辅助装置拾取切削力、振动等时域信号，通过对时域信号使用某种稳定性判据，以确定铣削过程的稳定性。首先介绍了铣削过程动力学建模的相关技术；其次，分析了铣削过程稳定性时域分析的几种方法；再次，从信号拾取、颤振识别与抑制等方面对颤振在线监测与控制技术进行了阐述；最后总结全文，得出了一些对实际工程应用有指导性的结论。
Abstract: Chatter seriously restricts milling efficiency and quality. As one of the main analysis methods of milling stability, time domain analysis method can be divided into two categories: one is to estab-lish the milling dynamic model, solve the milling dynamic equation, and determine the stability of the milling process by using the stability criteria in time domain; the other is to directly use sensors and auxiliary devices to pick up the time-domain signals such as cutting force and vibration, and then use some stability to the time-domain signals to determine the stability of milling process. Firstly, the related technology of dynamic modeling of milling process is introduced; secondly, several methods of time domain analysis of milling process stability are analyzed; thirdly, chatter on-line monitoring and control technology is elaborated from the aspects of signal picking, chatter identification and suppression; finally, the whole paper is summarized and some guiding conclusions for practical engineering application are obtained.
文章引用：李忠群, 刘鸿志, 刘学, 段林升, 刘浪. 铣削过程稳定性时域分析方法研究进展[J]. 机械工程与技术, 2020, 9(6): 618-627. https://doi.org/10.12677/MET.2020.96066

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