This paper reviews some of the main drivers, developments and future requirements in the
field of micromanufacturing as related to the machining process from the perspective of the …

This paper presents a review of the state-of-the-art in sensors and signal processing
methodologies used for tool condition monitoring (TCM) systems in industrial machining …

This paper presents an experimental investigation of micromachinability during micromilling
of oxygen-free high conductivity (OFHC), commercially pure copper 101 using tungsten …

In micro milling, the tool wear condition is key to the geometrical and surface integrity of the
product. This study proposes a novel tool wear surface area monitoring approach based on …

Statement of problem Three-dimensional printing has introduced new manufacturing
methods. However, information on the influence of the specific printing technology, material …

In-process monitoring of tool conditions is important in micro-machining due to the high
precision requirement and high tool wear rate. Tool condition monitoring in micro-machining …

A mechanistic model for the micro-endmilling process is developed that explicitly accounts
for the different phases while machining heterogeneous materials. It is shown that …

Micro end milling is an important process in the manufacture of micro and meso scale
products and has an advantage of creating more complex geometry in a wider variety of …

Cutting force modeling is essential for comprehending the dynamic mechanics of the micro-
milling process. Accurate calculation of the cutter-workpiece engagement is crucial for …

Tool wear on the cutting edges of micro end mills is an important issue affecting process
outputs such as tool deflections and surface roughness, especially when difficult-to-cut …