The paper discusses the problem of stability in the milling process of titanium super-alloy
Ti6242. Although this problem is often considered theoretically, theoretical findings do not …

A new model of cutting process is developed in order to simplify modelling and gain a further
insight into the mechanics of frictional chatter. It is based on the well known Rayleigh …

A two degree of freedom model of the milling process is investigated. The governing
equation of motion is decomposed into two parts: an ordinary differential equation …

Purpose of this work is to develop and implement an Electro-Magneto-Rheological damper
that can be used to monitor and control the process dynamics of the cutting tool in hard …

This study is to find a correlation between surface roughness and cutting tool vibration in
turning. The ranges of process cutting parameters in the present study are limited: cutting …

This paper focuses on the primary resonance of the time delayed Duffing oscillator solved by
means of the multiple scales method. The second order approximation is used because the …

One of the major challenges in the manufacturing parts, especially metals, is turning with
good/excellent surface quality, which has a significant effect on the fatigue strength of the …

In the paper, the problem of chatter vibration detection in the milling process of carbon fiber-
reinforced plastic is investigated. Chatter analysis may be considered theoretically based on …

We study complex dynamics of a cutting process, a recently developed frictional model of
cutting process in [Rusinek et al., 2014] to gain better insight into the mechanics of frictional …

This paper presents the results of experimental research on the stability of a milling process
for producing a thin-walled part made of AL7075 aluminium alloy. The part was machined …