Machining chatter has been studied by scholars over the past decades, since chatter has a
significant impact on surface quality and productivity. Researchers have carried out …

An accurate machine dynamic characterization is essential to properly describe the dynamic
response of the machine or predict its cutting stability. However, it has been demonstrated …

In face milling process, the quality of surface texture is vital for mechanical performance of
workpieces. The quality of surface texture, especially for waviness, is directly affected by tool …

Thin-walled micro parts are widely used in many fields, such as aviation, aerospace,
precision engineering, and even micro-molds. Compared with other micro-fabrication …

Since the dynamics of thin‐walled structures instantaneously varies during the milling
process, accurate and efficient prediction of the in‐process workpiece (IPW) dynamics is …

Cutting force-induced vibrations in thin-walled parts milling may cause violation of
dimensional tolerance while accurate modeling of the milling error distribution is still a …

Chatter suppression is investigated when time-periodic axial load is applied during the
turning process of slender workpieces. The Euler–Bernoulli beam theory is used to construct …

During milling operations, regenerative and periodic forces are generated from the
interactions of cutting tools and workpieces. While the regenerative forces can be preempted …

During the milling of thin-walled workpieces, the natural frequencies might change radically
due to the material removal. To avoid resonant spindle speeds and chatter vibration, a …

The implementation of nano-additives in machining fluid is significant for manufacturers to
attain a sustainable manufacturing process. The material removal rate (MRR) is a significant …