Minimum quantity lubrication (MQL) is an effective method for addressing technical
challenges associated with high cutting loads during machining. Although much research …

Micro-milling has been employed in various fields due to its efficiency, flexibility, material,
and structural versatility in the machining of small and high-quality parts. However, when …

Predicting and extending the remaining life of cutting tools during machining processes is
crucial for sustainable manufacturing. Traditional prognosis methods often struggle to adapt …

This paper systematically explores the applications of image processing techniques in
machined surface analysis, a critical area in industries like manufacturing, aerospace …

Tool wear is one of the most important factors restricting the development and application of
micro-milling technology. In order to accurately evaluate the tool wear features in the micro …

The study explores vibrations, and thermal and tool wear (TW) mechanisms during dry end
milling of AISI D2 steel employing two-, four-, and six-flute designs of TiAlN-PVD coated …

When a cutting tool shears through a workpiece, the interaction causes wear of the tool
which is based on relative hardness, surface characteristics of the tool and the workpiece …

The processing technique for laser-ultrasonic composite milling (LUCM) of 2.5 D needle-
punched C f/SiC was proposed in this paper. By measuring and analyzing the surface …

The burr caused by micromilling has become one of the main defects in small precise
mechanical parts. Most light sources in machine vision system are currently selected from off …

Selective laser melting (SLM) offers the advantages of a short production cycle and high
material utilization in manufacturing components with complex geometric features. It is …