Many aviation accidents are caused by the failure of aircraft engine components, and engine
blades are especially vulnerable to high‐cycle fatigue fracture in severe working …

The degradation due to high friction, wear, and corrosion of mechanical components for
industrial applications has invoked substantial economic loss. In recent years, scientists and …

As most of the failures in engineering components initiate from the surface layer, applying
surface treatments can play a crucial role in controlling material performance and lifetime. In …

High entropy alloys (HEAs) have attracted much attention and been considered as novel
materials with wide application prospects due to their outstanding comprehensive …

In order to make a clear comparison between the various peening methods used to improve
the fatigue strength of stainless steel 316L, the fatigue strength of specimens treated by …

The development and growth of additive manufacturing (AM) processes have made the
optimization of surface quality and properties of AM components critical. Laser polishing …

Although additive manufacturing (AM) allows to fabricate metallic parts with a high static
strength comparable to their forged counterparts, the fatigue strength of an AM-ed part is …

Abstract Effects of severe shot peening (SSP) on the phase transformation and grain
refinements of stainless steel 304 have been studied, driven by potential performance …

The effects of massive laser shock peening treatment (MLSPT) on the microstructural
evolution and stress corrosion behavior of the X70 pipeline steel in hydrogen sulfide …

The present work investigates the influence of laser peening without coating (LPwC) on the
fatigue and fretting wear behaviour of AISI 304 alloy subjected to one and five peening …