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 …

The self-excited vibration, called chatter, is one of the main limitations in metal removal
processes. Chatter may spoil the surface of the part and can also cause large reduction in …

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 …

This paper reviews the dynamics of machining and chatter stability research since the first
stability laws were introduced by Tlusty and Tobias in the 1950s. The paper aims to …

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 presents a numerical scheme to predict the milling stability based on the integral
equation and numerical integration formulas. First, the milling dynamics taking the …

Chatter is one of the major limitations in milling operations causing poor quality and reduced
productivity. Stability diagrams can be used to identify deep stable pockets which usually …

Thin− walled parts are widely used in many important fields because of performance and
structural lightweight requirements. They are critical parts because they usually carry the …

In this paper the dynamic stability of the milling process is investigated through a single
degree-of-freedom model by determining the regions where chatter (unstable) vibrations …

It is well known that regenerative chatter can result in excessive tool wear, poor surface
finish, and hence limited productivity during metal machining. Various mitigation methods …