Turning is one of the most widely used manufacturing processes in the industrial
environment and the need for performance requires numerical simulation to better …

Different to model the orthogonal cutting process methods can be found in the literature.
Each approach has its advantages that make it more appropriate for modeling particular …

Modeling surface microstructural changes is a key issue when considering the manufacture
of critical metallic parts. During machining, extreme temperature conditions appear in the …

During machining, extreme temperature conditions appear in the cutting zone (from 700 to
1,000° C with heating rates around 106° C/s). Consequently, the metallurgical models used …

Inconel 718 is commonly used in structural critical components of aircraft engines due to its
mechanical thermal properties at high temperatures, which makes it to be considered as a …

Modeling machining processes, especially turning, is the subject of a large number of
studies today. The objective is to optimize cutting conditions and improve tool lifetime as well …

The influence of different combinations of cutting conditions on the mechanical behaviour
(microhardness), the microstructure and the corrosion behaviour in NaCl solution (using the …

Residual stresses induced by turning operations are one of the most important surface
integrity parameter concerning the parts performance. Studies aiming to predict residual …

A hybrid approach is developed to predict the residual stresses field induced by ball-end
milling. This hybrid approach consists, first in the determination of a thermal mechanical …

This paper presents a new approach to predict the effects of machining-induced surface
integrity on the high cycle fatigue (HCF) behavior of the AISI 316L material. An exhaustive …