Surface roughness has a significant influence on the mechanical properties and service life
of a component. During face milling, surface roughness greatly varies in the tool step …

There is currently a lack of knowledge in the manufacturing of high complexity aerospace
components. Impellers or blade-integrated disks (blisks) are expensive, and manufacturers …

Surface topography is an important factor in evaluating the surface integrity and service
performance of milling parts. The dynamic characteristics of the manufacturing system and …

Recently, industrial robots have been applied to the machining of non-metallic materials
because of the advantages of low cutting force requirements, low cost, and high flexibility …

Tool condition monitoring (TCM) can be defined as a process of watching the performance
of a cutting tool during machining to observe the damages occurred to it by the responsible …

The capability of estimating the surface quality of workpieces in machining is still a
challenging goal. The morphology of the processed surfaces does not only depend on …

Seeking a higher level of automation, according to Intelligent Manufacturing paradigm, an
optimal process control for milling process has been developed, aiming at optimizing a multi …

Dynamic change of feedrate is almost inevitable in high speed milling along a curved path
due to the drive limits of the machine tools. The surface topography caused by the change of …

The high quality of the micro-machined surface is the basic for promoting micro-milling
technology, so the understanding of surface forming mechanism and the relationship …

This paper presents a novel method for online reconstruction of 3D surface topography in
peripheral milling. Compared with the traditional surface topography modeling only focusing …