Chatter is a self-excited vibration of parts in machining systems. It is widely present across a
range of cutting processes, and has an impact upon both efficiency and quality in production …

Intelligent spindles are core components of the next-generation of intelligent/smart machine
tools in the Industry 4.0 Era. The purpose of this paper is to clarify the concept of intelligent …

This article correlates laboratory-based understanding in machining of titanium alloys with
the industry based outputs and finds possible solutions to improve machining efficiency of …

This paper provides a novel approach for identifying the process damping directly from
chatter-free milling tests. First, power spectrum density matrix of cutter's deflections is …

Full-discretization methods beyond the third order is not yet explored except for this work in
which the fourth and fifth order methods are presented. It is seen in earlier works that …

Existing ploughing mechanism and velocity-dependent mechanism, which were used for
explaining the process damping in milling, did not consider the feedback influence of …

Process damping significantly improves the machining stability in the low speed cutting
process. Just because of this, it plays an important role in the avoidance of chatter vibrations …

This study presents a Complete Discretization Scheme (CDS) for milling stability prediction.
When compared with the Semi-Discretization Method (SDM) and Full-Discretization Method …

Regenerative chatter vibrations arising during machining operations are a severe problem
affecting the manufacturing production of high-precision mechanical components. A …

Orthogonal planing experiments are conducted with high-speed camera recordings and
simultaneous cutting force measurements in order to analyze chip formation during machine …