This paper presents a background of surface integrity in the machining of hardened steels
for rolling dies, moulds, bearings, shafts, gears, etc. Hardened steels, which are normally …

The term'High Speed Machining'has been used for many years to describe end milling with
small diameter tools at high rotational speeds, typically 10 000-100 0fi0 rpm. The process …

A Complete Reference Covering the Latest Technology in Metal Cutting Tools, Processes,
and Equipment Metal Cutting Theory and Practice, Third Edition shapes the future of …

The present paper outlines an experimental study to investigate the effects of cutting
parameters on finish and power consumption by employing Taguchi techniques. The high …

Milling of hardened steel generates excessive heat during the chip formation process, which
increases the temperature of cutting tool and accelerates tool wear. Application of …

Turning trials were performed under dry cutting conditions with constant depth of cut in order
to investigate the usability of coated TiCN based cermet (KT 315) and coated carbide (KC …

The effects of cutting conditions and tool wear on chip morphology and surface integrity
during high speed machining of D 2 tool steel (60–62 Hrc) are investigated experimentally …

The main objective of this paper is to investigate the quality and integrity of the surface
produced during high speed hard machining (HSHM) of D 2 tool steel in its hardened state …

This paper examines the tool wear characteristics and surface integrity during high-speed
turning of D2 tool steel. The effects of different process parameters, including tool wear and …

This paper describes the wear behavior of a ceramic and a PcBN cutting tool during the
turning of AISI 440B stainless steels at different machining conditions. Experimental results …