This investigation has designed a tool condition monitoring system (TCM) while milling of
Inconel 625 based on sound and vibration signatures. The experiments were carried out …

The major difficulty faced in a machining process is predicting the failure of cutting tools and
analyzing the stipulated time for tool replacement. The former and latter can be achieved …

Machining industry has been evolving toward implementation of automation into the
processes for higher productivity and efficiency. Although many studies have been …

In this study, the relationship between vibration and tool wear is investigated during high-
speed dry turning by using statistical parameters. It is aimed to show how tool wear and the …

Titanium alloys are the difficult to cut metals due to their low thermal conductivity and
chemical affinity with tool material. Since the tool vibration is a replica of tool wear and …

An efficient tool condition monitoring system was designed for keyway milling of 7075-T6
hybrid aluminium alloy composite with resultant machining force and sound acquired while …

In a modern machining system, tool condition monitoring systems are needed to get higher
quality production and to prevent the downtime of machine tools due to catastrophic tool …

Cutting tool wear in machining processes reduces the product surface quality, affects on the
dimensional and geometrical tolerances and causes tool breakage during the metal cutting …

Sculptured surface machining (SSM) is one of the continually used manufacturing processes
for die/mold, aerospace (especially turbine blades), precision machine design, bio-medical …

An imperative requirement of a modern machining system is to detect tool wear while
machining to maintain the surface quality of the product. Vibration signatures emanating …