Abrasive waterjet peening (AWJP) has been used to modify the mechanical properties of
components by introducing plastic deformation and compressive residual stress (CRS) into …

Waterjet technology has gained much attention due to its ability to cut almost every material.
The development of operations like milling, spot welding, polishing, etc. has further …

Commercially-pure titanium (CP-Ti) has proven indispensable in critical industries such as
aerospace and automotive. To meet the ever-increasing demands of titanium applications …

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 …

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 …

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 …

Robotic hammer peening (RHP) is a cold-working technique to improve the fatigue life of
metallic structures by inducing compressive residual stress in the near-surface region …

Submerged jets have a variety of practical applications due to their versatility in providing
efficient and environmentally friendly options for treatment in various industries. The physical …

Multifunction cavitation (MFC) has potential as an environmentally friendly surface-
modification method. In the present study, the modified surface layer and the fatigue …

In this study, the influence mechanism of water jet (WJ) strengthening on the surface integrity
and fatigue properties of 2519 aluminum alloy was investigated by using finite element …