This paper summarizes the results of an investigation where the FE code DEFORM 2D was
applied to simulate a plane strain cutting process. To perform the simulation with reasonable …

This study is part of the ongoing research at the Department of Mechanical Engineering of
the University of Brescia on FEM simulations of cutting operations. In recent years, the …

This study is part of the ongoing research at the Department of Mechanical Engineering of
the University of Brescia. A simple orthogonal cutting operation was simulated under …

The process simulations based on FEM techniques have been investigated for many years,
some fundamental problems are still unsolved, eg the element size effect on the …

The description of cutting processes using FEM based simulations offers a lot of advantages
compared to analytical models. In this paper the simulation of high speed orthogonal turning …

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 …

This paper aims to gain an understanding of the reliability of the existing separation criteria
for orthogonal metal cutting. To focus on their physical inherence, a simple finite element …

The study of material local removal phenomena is relevant in all machining problems.
Despite many studies, which have largely increased our understanding of this process, the …

The finite element method was used to model chip formation in orthogonal metal cutting.
Emphasis was given on analyzing the effect of important factors, such as plastic flow of the …

The development and implementation of a plane-strain finite element method for the
simulation of orthogonal metal cutting with continuous chip formation are presented …