Digital Twin (DT) has become the foundation for intelligent manufacturing as a breakthrough
application technology framework and can solve complex vibration problems in the …

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

This paper presents the cutting force modeling and the experimental verification for the
model with the accurate measurement of the milling forces through the dynamic …

Industrial robots have become a suitable alternative to machine tools due to their flexibility,
low cost, and large working space. However, the compliance of the robot system makes it …

In five-axis milling process, the tool path generated by a commercial software seldom takes
the dynamics of the machining process into account. The neglect of process dynamics may …

This paper presents a novel method for measuring cutting forces during milling using a
flexure-based dynamometer. The flexure displacement is measured and the force is …

The surface location error (SLE) is used to evaluate the machining error caused by forced
vibration at the contact zone during the stable machining. When the workpiece was …

The performance improvement of machine tools can be constrained by limited
understanding of machined surfaces and machining quality reliability. In this paper …

Background Periodic cutting forces are inevitably generated during milling processes and
the associated forced vibrations leave behind an imprint called surface location error (SLE) …

The stability of micro-milling has an important influence on the machined surface, and
choosing proper machining parameters can effectively avoid machining process instability …