Milling is a high-performance method that allows an efficient machining of both flat and
complexly shaped surfaces. During the milling process, the cutting tool (cutters), its cutting …

Machining precision components involves challenging distortion issues that entail high costs
and material and energy waste to the industry. In parallel, advanced control of production …

The acceptance of the machined surfaces not only depends on roughness parameters but
also in the flatness deviation (Δ fl). Hence, before reaching the threshold of flatness …

Because of the low cost, large workspace and high flexibility, industrial robots (IRs) are
promising and competitive alternatives of multi-axis machine tools for milling operations …

The spindle current of a machine tool contains a wealth of machining information and by
analyzing its signal characteristics wear monitoring of milling tools can be achieved. Most …

The torsional angle, χ YDeg, of a machine tool-device-spindle unit is formulated in a face-
milling operation. As there is no angular compliance in the technical specifications for the …

The main productivity constraints of milling operations are self-induced vibrations, especially
regenerative chatter vibrations. Two key parameters are linked to these vibrations: the depth …

The shaping process of surface texture is complicated and depends on many factors and
phenomena accompanying them. This article presents the author's test stand for the …

This paper deals with the formulation of a new method of measuring machine tool stiffness.
The method enables measurements to be made in generalized coordinates, ie …

Dual heat treatment (DHT) effect is analyzed using the machining of Al6061‐T6 alloy, a
readily available material for quickly finding the machining properties. The heat treatments …