The knowledge of cutting forces in various machining processes is of great importance not
only for the designer-manufacturer of machine tools, but also for the user, since the cutting …

This paper presents an adaptive neural network (NN) control of a two-degree-of-freedom
manipulator driven by an electrohydraulic actuator. To restrict the system output in a …

The increasing availability of sensor data at machine tools makes automatic chatter
detection algorithms a trending topic in metal cutting. Two prominent and advanced methods …

Grazing events may create coexisting attractors and cause complex dynamics in piecewise-
smooth dynamical systems. This paper studies the control of grazing-induced multistability in …

Stability in internal turning operation depends on several factors such as cutting conditions,
tool overhang, associated tool dynamics, regeneration, friction and process damping. In the …

This paper investigates the linear stability and nonlinear dynamics of drilling with non-
uniformly distributed blades in a drill-bit. The analysis is based on a lumped parameter …

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 …

This paper proposes a novel isolation/protection structure inspired by structure and forcing
method of leg parts of bipeds, the Origami-Joint Flexible (OJF) isolation structure. The …

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 …

This paper proposes a novel concept of the statistical basin of attraction to analyse the
multiple stability in nonlinear time-delayed dynamical systems and shows how they can be …