Among the diverse challenges in machining processes, chatter has a significant detrimental
effect on surface quality and tool life, and it is a major limitation factor in achieving higher …

Hybrid manufacturing, or the combination of additive and subtractive manufacturing within a
single build volume is transforming the way products are being fabricated. Additive …

We present an automated turning insert wear detection system developed for aeronautical
Low Pressure Turbines (LPT) casing machining process based on a binary classifier using …

Chatter is a notoriously unstable phenomenon that can adversely affect both surface quality
and machining efficiency. To achieve high-performance machining, the development of …

In-process monitoring and quality control are the most critical aspects of the manufacturing
industry, especially in ultra-precision machining (UPM) at an industrial scale. However, in …

In the field of machining, the purposeful increase in cutting depth and rotation speed can
potentially cause chatter vibration. Chatter lowers surface quality, tool and spindle life, and …

The term “chatter” in the manufacturing process refers to the self-excited vibrations that arise
during machining operations, which include drilling, turning, and milling. These vibrations …

Chatter is an undesirable vibration that reduces the surface quality and dimensional
accuracy of the workpieces, as well as reduction tool life. In the rapid milling process, this …

Chatter has been one of the most unfavorable issues during the milling, seriously affecting
the machining efficiency, quality of machined surface. In this paper, considering the …

For fault detection using deep learning methods, feature extraction and subsequent
selection are important tasks to achieve higher classification accuracy. In this study, a new …