For decades, attentions have been paid to metal cutting processes, especially for the critical
components in aerospace, marine, medical industries, etc. Scholars investigated the …

Tool edge preparation is preferred in metal machining processes, which is strongly related
to process reliability, tool cutting performance and surface integrity. Therefore, proper edge …

Residual stresses are usually imposed on a machined component due to thermal and
mechanical loading. Tensile residual stresses are detrimental as it could shorten the fatigue …

In the present work, the variation of nose radius on forces, cutting temperature, stress, has
been studied using finite element modeling in hot turning operation of Inconel 718. Three …

The presence of machining-induced white layer in the near-surface of critical aeroengine
alloys has a detrimental effect on the lifetime of a component. Present techniques for …

Surface integrity of the machined component significantly affects its in-service performance
in terms of fatigue life and resistance to corrosion. Residual stresses, work hardening …

Service performance of components such as fatigue life are dramatically influenced by the
machined surface and subsurface residual stresses. This paper aims at achieving a better …

This study adopted a multiscale surface integrity approach (macro, micro, and sub-micro
scale) to study the effects of cutting conditions and varying cutting fluid applications on the …

The manufacturing of critical structural components for aerospace applications needs to
meet high-reliability requirements, and surface integrity is one of the key factors to evaluate …

Ultrahigh strength steel with high specific strength, high thermal strength, good corrosion
resistance and other characteristics are widely used in aerospace field. However, these …