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 …

A thorough understanding of the material removal process in cutting is essential in selecting
the tool material and in design, and also in assuring consistent dimensional accuracy and …

In the machining of heat resistant super alloys used in aeronautical applications and
classified as difficult-to-machine materials, the consumption of cooling lubricant during the …

This paper presents a tool condition monitoring system (TCMS) for on-line tool wear
monitoring in turning. The proposed TCMS was developed taking into account the …

The work presented in this paper examines the effects of cutting parameters (cutting speed,
feed rate and depth of cut) onto the surface roughness through the mathematical model …

The hottest parts of aerospace components are often made of heat-resistant materials. Due
to the high requirements in such parts and accelerated wear rates, machining is a …

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 …

Non-linear regression analysis techniques are used to establish models for wear and tool
life determination in terms of the variation of a ratio of force components acting at the tool tip …

The machinability of microalloyed steel (30MnVS6) and quenched-tempered (QT) steels
(AISI 1045 and AISI 5140), at different cutting condition, is presented in the paper. An …

Tool wear is a detrimental factor that affects the quality and tolerance of machined parts.
Having an accurate prediction of tool wear is important for machining industries to maintain …