The concept of miniaturizing machine tools has received a strong interest in the research
community due to their ability to fabricate intricate components. Lower power consumption …

This study was carried out to understand micro-milling of aluminum material with ball nose
end mill and consisted of four stages: experimental work, modelling, mono and multi …

Multi-component cutting force sensing systems in manufacturing processes applied to
cutting tools are gradually becoming the most significant monitoring indicator. Their signals …

The mechanical removal of materials using miniature tools, known as micro-mechanical
milling processes, has unique advantages in creating miniature 3D components using a …

Tool condition monitoring systems are essential in micromilling applications. A tool's
slenderness requires high-precision monitoring systems for online measurements. In most …

Accurate simulation of the machining process is crucial to improve milling performance,
especially in High-Speed Milling, where cutting parameters are pushed to the limit. Various …

The paper presents acoustic emission and cutting force signals application in tool condition
monitoring in micro-milling of cold-work tool steel. The results obtained revealed strong …

Chatter occurred in the machining process can seriously limit the processing efficiency and
reduce the surface quality of the machined workpiece, which urgently needs to be …

This paper presents the cutting force modeling and the experimental verification for the
model with the accurate measurement of the milling forces through the dynamic …

Accurate cutting-force measurements appear to be the key information in most of the
machining related studies as they are fundamental in understanding the cutting processes …