Turbine blades are widely used in aviation industries for its aero-dynamic performance.
However, as a kind of thin-walled parts with complex surfaces, to machine blades with high …

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 …

Unstable cutting has a relatively large negative impact on the machining quality and
efficiency of thin-walled parts. It can easily cause severe vibration of milling systems …

Regenerative chatter is an important factor affecting the efficiency and quality of robot milling
of large and complex curved parts, especially when the weak rigid posture is forced to be …

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

In robotic milling with large allowance process, low-frequency chatter (LFC) is an important
factor observed in high-speed and low-speed milling, affecting the processing efficiency and …

Centrifugal impellers (CIs) boast advantages such as compact structure, lightweight
characteristics, and high single-stage pressure ratio. These benefits make them essential …

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 …

For an efficient and precise machining of spiral gear, the special face-milling process for
spiral bevel gear is developed and widely used, exhibiting great difference from the general …

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