Determination of the maximum temperature and temperature distribution along the rake face
of the cutting tool is of particular importance because of its controlling influence on tool life …

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 …

In this paper, a numerical model based on the finite difference method is presented to
predict tool and chip temperature fields in continuous machining and time varying milling …

As a precision machining method, ultrasonic vibration cutting is widely applied for cutting
difficult-to-machine materials due to the phenomena of cutting force and the decrease of …

A systematic study was conducted for face milling inserts cutting 4140 preheat treated steel.
The flank wear of uncoated C5 carbide insert, as well as TiN, TiAlN, and ZrN coated inserts …

Tool–chip contact length can be a critical parameter in machining as it provides the path for
heat flow from the secondary deformation zone into the tool. This is particularly critical in dry …

The temperature fields generated in the cutting processes are subject of extensive research.
The studies of these thermal fields in machining are very important for the development of …

The energy utilized during the cutting process at the cutting edge can be modeled as the
specific cutting energy (SCE). It is essential to study the SCE during the machining because …

Tool chip contact length is an important parameter in machining, as it provides an indication
of the size of area of interaction between the hot chip and the tool surface and hence the …

This paper presents an analytical solution of the transient temperature distribution in a finite
solid when heated by a moving heat source. The analytical solution is obtained by solving …