This paper presents an overview of recent developments in simulating machining and
grinding processes along the NC tool path in virtual environments. The evaluations of cutter …

As one of the most important material-removing technologies, milling is used commonly for
recent several decades to remove materials from a blank to get the desired surface. There …

Abstract Machine tools are increasingly being equipped with edge computing solutions to
record internal drive signals with high frequency. A large amount of available data may be …

The thin-walled parts have the characteristics of low stiffness and time-varying dynamics in
the milling process, and the vibration in the milling system plays a major role in surface …

The paper describes the state-of-the-art in modeling and simulation of surface texture and
topography generation at micro and nano dimensional scales. Three main classes of …

Existing workpiece quality estimations utilize material removal simulations in combination
with dynamic force measurements. The common force measurement method, using plate …

Chatter is a deciding factor in milling operations regarding surface integrity and production
efficiency. The purpose of this experimental research is to systematically investigate the …

This paper presents a novel method for online reconstruction of 3D surface topography in
peripheral milling. Compared with the traditional surface topography modeling only focusing …

Ultrasonic vibration-assisted (UVA) cutting is an advanced technique to improve the
machinability and productivity of difficult-to-machine materials. This paper aims to assess the …

The published prediction models of machined surface topography assume that the whole
materials in the volume to be cut could be entirely removed by cutting tool-edge in …