During the last few decades, there has been significant progress in developing industry-
driven predictive models for machining operations. This paper presents the state-of-the-art in …

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 …

This paper presents current state of Virtual Machine Tool Technology and related ongoing
research challenges. The structural analysis of machine tools using Finite Element models …

In the analysis of orthogonal cutting process using finite element (FE) simulations,
predictions are greatly influenced by two major factors; a) flow stress characteristics of work …

In metal cutting, tool wear on the tool–chip and tool–workpiece interfaces (ie flank wear and
crater wear) is strongly influenced by the cutting temperature, contact stresses, and relative …

In 1995 CIRP STC “Cutting” started a working group “Modelling of Machining Operations”
with the aim of stimulating the development of models capable of predicting quantitatively …

Accurately predicting the physical cutting process variables, eg temperature, velocity, strain
and stress fields, plays a pivotal role for predictive process engineering for machining …

This paper presents a methodology to determine simultaneously (a) the flow stress at high
deformation rates and temperatures that are encountered in the cutting zone, and (b) the …

End milling of die/mold steels is a highly demanding operation because of the temperatures
and stresses generated on the cutting tool due to high workpiece hardness. Modeling and …

The aim of this study is to compare various simulation models of orthogonal cutting process
with each other as well as with the results of various experiments. Commercial implicit finite …