The research status and progress of the chatter stability in machining systems were
systematically reviewed. Three types of chatter mechanisms and their interrelationships in …

Chatter can easily occur during robotic milling owing to the low rigidity of serial robots.
Chatter affects the quality of the workpiece surface and damages the robot equipment, which …

Serial industrial robots are widely in demand in the field of large-scale component
processing and manufacturing. However, the structure characteristic of serial robots makes it …

Chatter is undesirable self-excited vibrations, which always lead to adverse effects during
milling process. Selecting a reasonable combination of cutting parameters is an effective …

Milling chatter, a form of self-excited vibration, can cause significant damage in machining
and manufacturing processes. By selecting appropriate milling parameters, milling chatter …

Chatter is a kind of self-excited vibrations which is related to regenerative effect, mode
coupling effect, and process damping, etc. To predict milling chatter more accurately, a …

To address the vibration phenomenon in the milling process, this study proposed an implicit
Adams method (IAM) to predict the stability of the milling process. The dynamic equation of …

Regenerative chatter limits the surface finish and machining efficiency of the products. The
demand for milling stability prediction and chatter suppression has been increasing. This …

Chatter vibrations produced during turning of slender parts cause poor workpiece surface
finishing and premature tool wear. In this paper, mode coupling in flexible workpiece metal …

Аннотация Chebyshev polynomials are widely used for numerical modeling of various
applied problems. The main advantage of methods using Chebyshev polynomials is the …