Due to friction, chip forming, and the induced heat in the cutting area, produced parts by
using machining operations have residual stress. Residual stresses caused by machining …

Laser shock peening (LSP) is a unique and efficient surface modification technique that
surface engineers have commonly adopted to tailor metallic materials' surface and …

To meet the growing demands of sophisticated component service life and miniaturization,
the study of surface integrity such as residual stress after the machining becomes more …

The study proposes a coupled thermo-mechanical transient analysis to estimate the cutting
performance during micro-machining of Titanium alloy. A constitutive flow model is used …

Residual stress relaxation induced by the application of mechanical loads is determined by
the nature of residual stress, the elasto‐plastic material properties, and the type of applied …

The surface residual stress after machining, especially for finishing, has a vital influence on
the shape stability and fatigue life of components. The current study focuses on proposing …

As a crucial high-performance material, nickel-based superalloys inevitably generate
residual stresses during processing, manufacturing, and usage. The mechanical properties …

Residual stress is responsible for various engineering failures in cases where the
magnitude of residual stress exceeds the ultimate strength. With the aim of minimizing the …

This article focuses on the issues related to the machining of DMLS (Direct Metal Laser
Sintering) laser sintered parts made of Inconel 718 alloy. Longitudinal turning with CBN …

Particularly in the aerospace industry and its applications, recast layers and microcracks in
base materials are considered to be undesirable side effects of the laser beam machining …