Shot peening is an essential treatment that produces a beneficial compressive layer on the
material's surface, which significantly improves its fatigue life. To minimizes the cost and …

The numerical simulation of the post-weld shot peening (SP) process was performed to
analyze the influence of various SP parameters on the final induced compressive residual …

To ensure a high fatigue life and a reduced weight of automotive suspension system
components, compressive residual stresses are commonly induced near the surface using …

This study presents a Bayesian-optimized machine learning approach for predicting grain
size and hardness variations in shot-peened superalloys. Using combined DEM–FEM …

The four most commonly used optimisation methods for linking the material parameters of an
exponential Armstrong–Frederick and a power Ramberg–Osgood model are compared for …

This paper presents a predictive numerical-analytical approach to evaluate the effect of an
ultrasonic shot peening process on the fatigue strength of metallic parts using the multi-axial …

The surface integrity of AISI 4140 steel after milling at different feed rates (75–125 mm/min)
was measured by performing laser scanning microscopy, X-ray diffraction, and electron …

Shot peening process is a mechanical surface treatment process widely used in the industry.
Ultrasonic shot peening and conventional shot peening are two important mechanisms of …

Shot peening is used to enhance fatigue strength, but it is usually neglected by
manufacturing design. The main purpose of the present work is to suggest strategies …

This paper presents a global approach in order to predict the high-cycle fatigue (HCF) limit
of turned parts. The multi-axial fatigue criteria of both Crossland and Dang Van are adapted …