This study examined the hard turning of AISI D2 cold work tool steel subjected to deep
cryogenic processing and tempering and investigated the effects on surface roughness and …

Machinability is an important aspect for the machining of any materials. In general, it is
controlled by means of tool life, surface roughness, power consumption, chip morphology …

Hard turning is a recent technology that involves machining of hard steels using modern
machine tools. Hard machining presents challenges in terms of selection of tool insert with …

There has been significant work on establishing relationships between machining
performance and the cutting parameters for various work materials. Recent trends in …

This keynote paper aims at matching the supply of research results with the industrial
demands in hard cutting and grinding. The capability profiles of the processes are …

The demand for increasing productivity when machining heat resistant alloys has resulted in
the use of new tool materials such as cubic boron nitride (CBN) or ceramics. However, CBN …

The wear mechanisms of cutting tools made of tungsten-carbide (WC), PCBN and PCD were
investigated using the tool life and temperature results available in the literature. For …

The focus of this paper is the continuous turning of hardened AISI 52100 (∼ 63HRc) using
coated and uncoated ceramic Al2O3–TiCN mixed inserts, which are cheaper than cubic …

This paper describes a comparison of tool life between ceramics and cubic boron nitride
(CBN) cutting tools when machining hardened bearing steels using the Taguchi method. An …

The wear behavior of TiAlN coatings during turning of stainless steel 316L at low cutting
speeds (60–120 m/min) was investigated using scanning electron microscopy. In this speed …