Flank wear is the most commonly observed and unavoidable phenomenon in metal cutting
which is also a major source of economic loss resulting due to material loss and machine …

Tool wear, chip formation and surface roughness of workpiece under different cutting
conditions have been investigated in machining using acoustic emission (AE) and vibration …

In this paper, comprehensive analysis has been carried out to seek out the effective features
which can reveal the tool conditions when turning 50# normalized steel. Tool failure …

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 …

Various occurrences in machining influence the machining dynamics and thus produce
vibration in the cutting tool-workpiece arrangement. In this investigation, with tri-axial …

Dynamic behavior of spindle–holder taper joint is critical in the spindle system of machine
tool, related to the machining process. The parameters of the holder joint are significant for …

This paper explores the effect of cutting parameters on force and vibration signals. Force
and vibration signals are captured in three mutually perpendicular directions. Experimental …

Cutting performance and failure mechanisms of the ceramic cutting tools such as TTW7,
BW3, TWTN3, and SG4 in continuous machining hardened Cr12MoV mold steel were …

Tool wear is an inevitable phenomenon in the machining process. By monitoring the wear
state of a tool, the machining system can give early warning and make advance decisions …

The real-time detection of tool wear condition plays an important role in the safety of
machine operation and improving the quality of products. According to the requirements for …