Solid particle erosion (SPE) is a complex wear phenomenon through which repeated
impacts of solid particles cause loss of material on target. Erosion wear occurs in the oil and …

This study aims to explore the mechanisms of residual stress formation and the effects on
fatigue performance of 12 mm thick Inconel 718 under single-sided one-pass, two-pass, and …

Pre-mixed abrasive waterjet peening (PAWJP) is progressively gaining traction in
enhancing metal materials' surface integrity and mechanical behavior. To avoid the …

The elucidation of creep-fatigue damage mechanisms is still controversial for high-
temperature structures after surface strengthening treatments, which serves as a critical …

The proposed deflecting abrasive waterjet peening (DAWJP) process can be used for
surface strengthening of metallic parts with confined space features, which has great …

In this study, the effects of pulsating water jets were investigated as a surface treatment
process using circular and flat nozzles by considering the integrity of a stainless steel (AISI …

Waterjet peening is a promising new surface treatment technology, which is increasingly
used to improve a metal's surface integrity and mechanical properties. In this study, the …

Multi-energy field composite reinforcement technology has become a critical technique for
improving the service life of key components in aviation engines. This paper aims to …

Ultrasonic shot peeing (USP) is a random and uniform peening process that has advantage
to strengthen the complex surface of fir-tree shaped groove. However, due to the complexity …

This investigation explores mechanical characteristics and subsurface damage of NiFeCr
alloy in laser-assisted machining through molecular dynamics simulation. The results of …