Chatter is a self-excited vibration that can occur during machining operations and become a
common limitation to productivity and part quality. For this reason, it has been a topic of …

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 …

Chatter detection is an important task to improve productivity and part quality in the
machining process. Since measured signals from sensors are usually contaminated by …

High speed machining of low rigidity structures is a widely used process in the aeronautical
industry. Along the machining of this type of structures, the so-called monolithic components …

The development of a chatter detection system based on multiple sensors and suitable for
application in industrial conditions was investigated in this paper. The signals obtained from …

The structural dynamics of thin-walled parts vary as the material is removed during
machining. This paper presents a new, computationally efficient reduced order dynamic …

The milling of thin parts is a high added value operation where the machinist has to face the
chatter problem. The study of the stability of these operations is a complex task due to the …

Tool chatter identification is one of the most important issues for today's researchers; as it
adversely affects the tool life and surface finish which in turn reduces the overall productivity …

The onset of chatter is extremely disadvantageous to machining process, which will induce
poor surface quality, low processing efficiency and severe tool wear, especially in the milling …

The dynamic response of thin-walled parts becomes time and tool position dependent due
to material removal along the toolpath. This article proposes a new reduced-order workpiece …