Ultrasonic Machining (UM) is extensively used in processing of difficult to cut materials due
to its superior performance. However, the mechanics of this process is still not fully …

The occurrence of chatter can generate parts outside the dimensional and geometric
tolerances or even cause irreversible damage, such as changes to the hardness and …

The aerostatic spindle is widely used in the field of precision grinding because of its
excellent machining stability and machining accuracy. The spindle is jointly affected by …

This work concerns the control of multistability in a vibro-impact capsule system driven by a
harmonic excitation. The capsule is able to move forward and backward in a rectilinear …

As most investigations of regenerative and frictional cutting chatters have been performed
separately up to now, this paper aims to bridge the gap between the two sources of cutting …

In this paper, reliability analysis for dynamic structural system is presented to predict chatter
vibration in a milling system. Chatter reliability is defined to represent the probability of …

In our previous study on regenerative and frictional cutting dynamics, a new model
considering both time-delayed regenerative effect and Stribeck effect as sources of cutting …

Grinding is a critical technology in the manufacturing of high added-value precision parts,
accounting for approximately 20–25% of all machining costs in the industrialized world. It is …

To improve the performance of conventional cylindrical plunge grinding processes, this
paper introduces parallel grinding which employs an extra grinding wheel opposite to the …

Grinding chatter is a kind of self-excited vibration which does not need external motivation.
However, the internal motivation exists in the form of the grinding force. The grinding force is …