The accurate prediction of chatter stability in milling operations is a continuous pursuit of
manufacturing engineering. Physical-based stability analysis methods suffer from inaccurate …

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

After more that 60 years of investigation, chatter vibrations in metal cutting are still a major
cause for poor surface finish and machine tool damage. In order to avoid undesired …

The prediction of chatter-free machining parameters is not reliable for industrial applications
without guaranteed robustness against modeling uncertainties. Measurement inaccuracies …

To predict the stability boundary of cutting operation, it is necessary to establish process
force model and dynamic mechanical behavior model. Uncertainty of model parameters may …

Thin-walled structural parts, such as aeroengine casings, impellers, blades, and disks, are
widely used in the aerospace industry due to their outstanding performance. A more efficient …

Because of the uncertainties of the input parameters in dynamic milling model, robust
stability prediction is a technology to effectively avoid the occurrence of regenerative chatter …

Real-time detection of early chatter is a vital strategy to improve machining quality and
material removal rate in the high-speed milling processes. This paper proposes a maximum …

In the process of milling, the setting of parameters has a significant influence on the milling
characteristics. If the selection of cutting parameters is not reasonable, it will be difficult to …

In this paper, linear and nonlinear vibration absorbers are designed to suppress
regenerative chatter in micro-milling process. Suppressing regenerative chatter leads to …