Among the diverse challenges in machining processes, chatter has a significant detrimental
effect on surface quality and tool life, and it is a major limitation factor in achieving higher …

Micro-milling is a precision manufacturing process with broad applications across the
biomedical, electronics, aerospace, and aeronautical industries owing to its versatility …

The additive manufacturing process control utilizing digital twins is an emerging issue.
However, robustness in process performance is still an open aspect, due to uncertainties …

Micro-milling technology is widely applied in micro manufacturing, particularly for the
fabrication of miniature and micro components. However, the chatters and machining …

In high-speed milling process, chatter is often encountered due to the self-excitation
mechanism, which not only limits the productivity, but also results in inferior work piece …

Stiffness and dam** nonlinearities are often negligible in machine tool vibrations, but they
are shown to be prominent in industrial robots that are used for milling, mainly due to the …

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 …

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 …

An increase in the demand for miniaturized components has resulted in the development of
mechanical micromachining processes, such as micromilling. However, scaling down the …

In this work we present a quantitative measurement-based method to describe the stability
behaviour of a periodic dynamical system. In-process response for impulse during milling is …