Finite Element Modeling (FEM) of chip formation has proved great sensitivity to tool/chip
friction coefficient. This parameter cannot be adequately identified through conventional …

This study presents the development of a hybrid model for the prediction of residual stresses
induced during the finish turning of a 15-5PH martensitic stainless steel. This new approach …

The wear behaviour of PM-HSS milling inserts is investigated experimentally. Cutting inserts
with different cutting edge radii tested in industrial conditions were examined. The radii have …

Machinability of high-strength steels can be improved without degrading the mechanical
properties using metallurgical solutions to create or retain non-metallic inclusions. Such a …

This paper investigates the effects of edge radius of a round-edge coated carbide tool on
chip formation, cutting forces, and tool stresses in orthogonal cutting of an alloy steel …

Material behaviour understanding is a basic pillar for the building of predictive models
applied to machining processes and the majority of the formulated material flow rules that …

A 3D finite element model (FEM) of the oblique chip formation process was proposed in
Abaqus/Explicit™(v6. 5) using an Arbitrary Lagrangian Eulerian (ALE) formulation. The …

The conventional development of a coating system for cutting tools includes a variety of test
series with elaborate experimental parameter studies. In particular, experimental …

During machining, the surface of the machined materials is damaged and tool wear occurs,
sometimes even to complete failure. Machining of thin-walled parts is generally …

Dans le domaine de la fabrication, des nouvelles contraintes environnementales imposent
de limiter au maximum l'utilisation de fluide de coupe. En perçage, de nombreuses …