In recent years, composites have attracted a great deal of interest because they lack the limitations of metallic and polymer materials. Although carbon-fiber- reinforced plastics (CFRPs) of the various composites exhibit superior properties, this machining has been challenging because the materials are anisotropic and non-homogeneous. The machining characteristics of CFRPs have been studied for over a decade. Recent studies have used advanced machining techniques to increase productivity and quality. Developments in sensing and computing technologies have been exploited to derive monitoring and diagnostic systems based on artificial intelligence. Although several reviews of CFRP machining have been published, they focused on predictive models or experimental studies on machining mechanisms and characteristics. Here, we review the current state-of-the-art research on advanced technologies and monitoring systems to guide future studies.

近年来，复合材料由于缺乏金属和聚合物材料的局限性而引起了极大的兴趣。尽管各种复合材料的碳纤维增强塑料 (CFRP) 表现出优异的性能，但由于材料是各向异性且非均质的，因此这种加工一直具有挑战性。CFRP 的加工特性已经研究了十多年。最近的研究使用先进的加工技术来提高生产率和质量。传感和计算技术的发展已被用于衍生基于人工智能的监测和诊断系统。尽管已经发表了几篇关于 CFRP 加工的评论，但它们侧重于对加工机制和特性的预测模型或实验研究。这里，