Milling chatter is a major factor limiting the machining efficiency and imposing poor surface
finishes and machine tool damage, which is highly needed to be suppressed in the …

Milling chatter occurs as undesired vibration in the cutting process, imposing negative
effects on the tool's life, the quality of surface finishes and the limitation of machining …

Chatter is a typical self-excited and undesired vibration in the milling process, leading to
poor surface finishes and limiting the machining efficiency, and hence needs to be …

In this paper, we propose an optimal delay-independent robust controller based on the
Lyapunov–Krakovskii theorem for the milling process as a time-delay system in the …

Flywheels are used for peak shaving or load smoothing to generate a higher efficiency and
a more stable power supply. Therefore, this paper investigates highly integrated outer rotor …

In this paper, we propose an optimal delay-independent robust controller based on the
Lyapunov–Krakovskii theorem for the milling process as a time-delay system in the …

The aim of this Ph. D. project is the study and development of mechatronic systems and
machine learning models for machine tools and robotic applications to improve their …

Flywheels are used for peak shaving or load smoothing to generate a higher efficiency and
a more stable power supply. Therefore, this paper investigates highly integrated outer rotor …

Turning machining is a complex process in which many variables can influence the desired
results. Among those variables, cutting tool vibration and cutting force greatly affect the …

抄録 Intermittent cutting is prone to vibrations by periodic cutting force, so tool life is affected
by dynamic characteristics of the machine tool and the tool. Then, intermittent cutting is a …